Next Article in Journal
Betholletia excelsa Fruit: Unveiling Toughening Mechanisms and Biomimetic Potential for Advanced Materials
Next Article in Special Issue
A Dual-Layer Weight-Leader-Vicsek Model for Multi-AGV Path Planning in Warehouse
Previous Article in Journal
Lyrebird Optimization Algorithm: A New Bio-Inspired Metaheuristic Algorithm for Solving Optimization Problems
 
 
Font Type:
Arial Georgia Verdana
Font Size:
Aa Aa Aa
Line Spacing:
Column Width:
Background:
Article

A New Human-Based Metaheuristic Algorithm for Solving Optimization Problems Based on Technical and Vocational Education and Training

Department of Technics, Faculty of Education, University of Hradec Kralove, CZ50003 Hradec Kralove, Czech Republic
*
Author to whom correspondence should be addressed.
Biomimetics 2023, 8(6), 508; https://doi.org/10.3390/biomimetics8060508
Submission received: 19 September 2023 / Revised: 14 October 2023 / Accepted: 16 October 2023 / Published: 23 October 2023
(This article belongs to the Special Issue Nature-Inspired Metaheuristic Optimization Algorithms)

Abstract

:
In this paper, a new human-based metaheuristic algorithm called Technical and Vocational Education and Training-Based Optimizer (TVETBO) is introduced to solve optimization problems. The fundamental inspiration for TVETBO is taken from the process of teaching work-related skills to applicants in technical and vocational education and training schools. The theory of TVETBO is expressed and mathematically modeled in three phases: (i) theory education, (ii) practical education, and (iii) individual skills development. The performance of TVETBO when solving optimization problems is evaluated on the CEC 2017 test suite for problem dimensions equal to 10, 30, 50, and 100. The optimization results show that TVETBO, with its high abilities to explore, exploit, and create a balance between exploration and exploitation during the search process, is able to provide effective solutions for the benchmark functions. The results obtained from TVETBO are compared with the performances of twelve well-known metaheuristic algorithms. A comparison of the simulation results and statistical analysis shows that the proposed TVETBO approach provides better results in most of the benchmark functions and provides a superior performance in competition with competitor algorithms. Furthermore, in order to measure the effectiveness of the proposed approach in dealing with real-world applications, TVETBO is implemented on twenty-two constrained optimization problems from the CEC 2011 test suite. The simulation results show that TVETBO provides an effective and superior performance when solving constrained optimization problems of real-world applications compared to competitor algorithms.

1. Introduction

An optimization problem is a type of problem that has more than one feasible solution. The process of finding the most feasible solution among all available solutions for the problem is called optimization [1]. An optimization problem can be mathematically modeled using three parts: decision variables, constraints, and objective functions. The goal of optimization is to determine the values of the decision variables, respecting the constraints of the problem, in order to optimize (minimize/maximize) the objective function [2]. There are numerous optimization problems in many science, engineering, industry, and real-world applications that must be solved using appropriate optimization techniques. In optimization studies, problem solving techniques are classified into two groups: deterministic and stochastic approaches [3]. Deterministic approaches in gradient-based and non-gradient-based classes can successfully solve convex, linear, continuous, differentiable, and low-dimensional problems [4]. But, in dealing with complex and especially high-dimensional problems, they lose their efficiency by getting stuck in inappropriate local solutions [5]. Meanwhile, many optimization problems in science and real-world applications are non-convex, non-linear, discontinuous, non-differentiable, complex, and high-dimensional. The difficulties and disadvantages of deterministic approaches have led researchers to deal with these types of optimization problems by introducing stochastic approaches [6].
Metaheuristic algorithms are among the most widely used stochastic approaches that are able to provide suitable solutions for optimization problems based on random searches in the problem-solving space. Easy implementation, simple concepts, and efficiency in non-convex, non-linear, discontinuous, non-differentiable, complex, and high-dimensional problems are among the advantages of metaheuristic algorithms that have led to the popularity of these approaches among researchers. The optimization process in metaheuristic algorithms starts with the random generation of a number of candidate solutions. Then, based on the steps of updating the algorithm, these candidate solutions are improved in an iteration-based process. At the end, the best candidate solution is introduced as a solution to the problem [7]. The nature of the random search means that there is no guarantee of achieving the global optimum using metaheuristic algorithms. However, because the solutions obtained from metaheuristic algorithms are close to the global optimum, they are acceptable as quasi-optimal solutions. The desire of researchers to achieve more effective solutions for optimization problems has led to the design of countless metaheuristic algorithms [8].
Metaheuristic algorithms can perform the search process effectively when they scan the search space well at both global and local levels. Global search, with the concept of exploration, indicates the effectiveness of the metaheuristic algorithm in the accurate scanning of different areas of the search space with the aim of avoiding a stop in the process at local optima. Local search, with the concept of exploitation, indicates the efficiency of the metaheuristic algorithm in converging towards better solutions based on careful scanning near the discovered solutions and promising areas in the problem-solving space. In addition to having high exploration and exploitation abilities, the ability to balance exploration and exploitation is the main key to the success of metaheuristic algorithms in achieving more effective solutions for optimization problems [9].
The main research question is that, according to the metaheuristic algorithms that have been developed so far, is there still a need to design newer algorithms or not? In response to this question, the No Free Lunch (NFL) [10] theorem explains that the successful performance of a metaheuristic algorithm in solving a set of optimization problems is not a guarantee for the similar performance of that algorithm in solving other optimization problems. This means that there is no default result of implementing a metaheuristic algorithm on an optimization problem. According to the NFL theorem, there is no metaheuristic algorithm that performs best in solving all optimization problems. Therefore, the NFL theorem, by keeping open the studies of metaheuristic algorithms, encourages researchers to achieve more effective solutions for optimization problems by designing newer algorithms.
The novelty and innovation of this paper is in introducing a new human-based metaheuristic algorithm called Technical and Vocational Education and Training-Based Optimizer (TVETBO), which is used to handle optimization tasks. The proposed TVETBO approach can be used to solve all kinds of optimization problems in science, such as constrained, unconstrained, and real-world applications. The main contributions of this study are as follows:
  • TVETBO is designed based on imitating the skill-training process in technical and vocational education and training schools.
  • The fundamental inspiration of TVETBO is derived from the impacts of technical and vocational education and training in preparing young people for work based on training and improving work-related skills.
  • The implementation steps of TVETBO are described and mathematically modeled in three phases of (i) theory education, (ii) practical education, and (iii) individual skills development.
  • The efficiency of TVETBO in solving optimization problems has been challenged with the CEC 2017 test suite.
  • The performance of TVETBO is compared against twelve well-known metaheuristic algorithms.
  • TVETBO’s ability to handle real-world applications is evaluated on twenty-two constrained optimization problems from the CEC 2011 test suite.
The structure of the paper is as follows: A literature review is presented in Section 2. Then, the proposed Technical and Vocational Education and Training-Based Optimizer (TVETBO) is introduced and modeled in Section 3. Simulation studies and results are presented in Section 4. The effectiveness of TVETBO in solving real-world applications is investigated in Section 5. Conclusions and suggestions for future research are provided in Section 6.

2. Literature Review

Metaheuristic algorithms have been developed with inspiration from various natural phenomena, animal behavior in nature, biological, genetics, and physics sciences, game rules, human behavior, and other evolutionary phenomena. Based on the main design idea, metaheuristic algorithms are classified into five groups: swarm-based, evolutionary-based, physics-based, human-based, and game-based approaches.
Swarm-based metaheuristic algorithms are designed based on the modeling of natural behaviors and strategies of animals, aquatic animals, insects, and other living organisms in the wild. Particle Swarm Optimization (PSO) is one of the most widely used swarm-based metaheuristic algorithms, which was inspired by the collective movement of birds and fish that are searching for food [11]. Ant Colony Optimization (ACO) was inspired by the ability of ants to discover the optimal route between the nest and food sources [12]. Artificial Bee Colony (ABC) was inspired by the cooperation between honeybees in a colony to obtain food resources [13]. The Firefly Algorithm (FA) was inspired by the optical communication between fireflies [14]. The strategies of searching for and providing food resources through foraging and hunting, migration, and digging the ground are among the most common behaviors and strategies of wildlife that have been sources of inspiration when designing algorithms such as the Coati Optimization Algorithm (COA) [15], Grey Wolf Optimizer (GWO) [16], White Shark Optimizer (WSO) [17], Orca Predation Algorithm (OPA) [18], Walruses Optimization Algorithm (WOA) [19], Marine Predator Algorithm (MPA) [20], Red Panda Optimization Algorithm (RPOA) [21], African Vultures Optimization Algorithm (AVOA) [22], Honey Badger Algorithm (HBA) [23], Golden Jackal Optimization (GJO) [24], Subtraction-Average-Based Optimizer (SABO) [25], Whale Optimization Algorithm (WOA) [26], Pelican Optimization Algorithm (POA) [27], Tunicate Swarm Algorithm (TSA) [28], and Reptile Search Algorithm (RSA) [29].
Evolutionary-based metaheuristic algorithms are designed based on the modeling concepts of biology, genetics, survival of the fittest, natural selection, and evolutionary operators. The Genetic Algorithm (GA) [30] and Differential Evolution (DE) [31] are the most famous evolutionary-based metaheuristic algorithms whose designs are inspired by the generation process, Darwin’s theory of evolution, genetic concepts, natural selection, and evolutionary operators of random crossover, mutation, and selection. The body’s defense mechanism against microbes and diseases inspired the design of Artificial Immune Systems (AISs) [32]. Some other evolutionary-based metaheuristic algorithms are the Cultural Algorithm (CA) [33], Genetic Programming (GP) [34], and the Evolution Strategy (ES) [35].
Physics-based metaheuristic algorithms are designed based on the modeling of physics phenomena, forces, transformations, laws, and concepts. Simulated Annealing (SA) [36] is one of the most widely used physics-based metaheuristic algorithms, whose design was inspired by the phenomenon of metal annealing. Cosmological phenomena and concepts are employed in the design of algorithms such as the Black Hole Algorithm (BHA) [37] and the Multi-Verse Optimizer (MVO) [38]. Physical forces and Newton’s laws of motion have been sources of inspiration when designing algorithms such as the Momentum Search Algorithm (MSA) [39], Spring Search Algorithm (SSA) [40], and Gravitational Search Algorithm (GSA) [41]. Some other physics-based metaheuristic algorithms are the Lichtenberg Algorithm (LA) [42], Water Cycle Algorithm (WCA) [43], Equilibrium Optimizer (EO) [44], Nuclear Reaction Optimization (NRO) [45], Electro-Magnetism Optimization (EMO) [46], Thermal Exchange Optimization (TEO) [47], Henry Gas Optimization (HGO) [48], and the Archimedes Optimization Algorithm (AOA) [49].
Human-based metaheuristic algorithms are designed based on modeling communication, interactions, thoughts, decisions, and strategies of humans in their social and individual lives. Teaching-Learning Based Optimization (TLBO) is one of the most widely used human-based metaheuristic algorithms, whose design is inspired by the classroom environment and interactions between teachers and students [50]. The Mother Optimization Algorithm (MOA) is based on Eshrat’s care of her children in three phases: education, advice, and upbringing [51]. Doctor and Patient Optimization (DPO) is introduced by simulating therapeutic interactions and communication between patients and doctors [52]. Subsequently, the Optimization Algorithm (FOA) was proposed with the inspiration of community people following the leader in order to progress in that community [53]. The process of voting and holding elections is employed in the design of the Election-Based Optimization Algorithm (EBOA) [54]. The effort and practice of students in learning sewing from instructors in sewing schools has been a source of inspiration in the design of Sewing Training-Based Optimization (STBO) [55]. Some other human-based metaheuristic algorithms are War Strategy Optimization (WSO) [56], Ali Baba and the Forty Thieves (AFT) [57], the Teamwork Optimization Algorithm (TOA) [58], the Chef-Based Optimization Algorithm (CHBO) [59], the Drawer Algorithm (DA) [60], Driving Training-Based Optimization (DTBO) [5], the Gaining Sharing Knowledge-Based Algorithm (GSK) [61], and the Coronavirus Herd Immunity Optimizer (CHIO) [62].
Game-based metaheuristic algorithms are designed based on modeling the rules of games, and the behaviors of players, referees, coaches, and other persons who influence the games. The mathematical modeling of competitions and the efforts of clubs in different leagues has been a source of inspiration in algorithms such as Football Game-Based Optimization (FGBO) [63] and Volleyball Premier League (VPL) [64]. The skill and competition of players in throwing darts towards the scoreboard in the game of darts are the main ideas behind the design of Darts Game Optimizer (DGO) [65]. The competition among players when changing their movements based on the direction of the referee’s hand and running in different areas of the playing field is employed in the design of the Orientation Search Algorithm (OSA) [66]. Some other game-based metaheuristic algorithms are the Puzzle Optimization Algorithm (POA) [67], Dice Game Optimizer (DGO) [68], Ring Toss Game-Based Optimization (RTGBO) [69], the Golf Optimization Algorithm (GOA) [70], the Archery Algorithm (AA) [6], and the Hide Object Game Optimizer (HOGO) [71].
Based on the best knowledge obtained from the literature review, no metaheuristic algorithm has so far been inspired by the process of teaching skills to applicants in technical and vocational education and training schools. Meanwhile, educational interactions between applicants and instructors are intelligent processes that have special potential for designing a new optimizer. Therefore, in order to address this research gap in the studies of metaheuristic algorithms, in this paper, a new metaheuristic algorithm called Technical and Vocational Education and Training-Based Optimizer (TVETBO) is introduced based on the modeling of the educational space of technical and vocational education and training schools, which is discussed in the next section.
The special advantage of TVETBO is that there are no control parameters in its design, and therefore, it does not need the parameter setting process. Another advantage of TVETBO is the allocation of separate phases in order to manage exploration and exploitation during the search process in the problem-solving space. TVETBO also has advantages such as easy concepts, a simple mathematical model, and easy implementation in optimization problems. The ability of TVETBO to handle optimization tasks in different sciences and real-world applications is another advantage of this proposed approach. However, TVETBO also has limitations and disadvantages. The first disadvantage of TVETBO is that, similar to all metaheuristic algorithms, since it is a type of stochastic approach, there is no guarantee that the global optimum will be achieved using TVETBO. Another disadvantage of TVETBO is that, based on the NFL theorem, it cannot be claimed that TVETBO is the best optimizer for all optimization applications. Another disadvantage of TVETBO is that there is always a possibility that newer metaheuristic algorithms may be designed that perform better compared to TVETBO.

3. Technical and Vocational Education and Training-Based Optimizer

In this section, the inspiration source and theory of the proposed Technical and Vocational Education and Training (TVETBO) approach are stated. Then, its implementation steps are mathematically modeled to show how it can be used to solve optimization problems. The proposed TVETBO approach can be used for all kinds of constrained and unconstrained optimization problems in science and real-world applications. In this paper, the original single-objective version of TVETBO is presented, which has applications in the optimization of single-objective optimization problems. In order to evaluate the performance of TVETBO in solving single-objective optimization problems, twenty-nine optimization problems from the CEC 2017 test suite and twenty-two real-world constrained optimization problems from the CEC 2011 test suite are considered in this paper.

3.1. Inspiration for TVETBO

Technical and vocational education and training refers to all forms and levels of training and education which provide skills and knowledge related to occupations in various sectors of economic and social life through formal and informal learning methods in both school-based and work-based learning contexts [72]. Technical and vocational education and training serves multiple goals. The main goal is the preparation of youth for work. This takes the form of learning and developing work-related skills and the mastery of underlying knowledge and scientific principles. Work is broadly defined and therefore refers to both formal employment and self-employment. With the aim of supporting self-employment, technical and vocational education and training curricula often include entrepreneurship education [73]. Applicants are trained by referring to technical and vocational education and training schools, and instructors try to teach the job topics and skills theoretically and practically.
Technical and vocational education and training has various details and scenarios, including the years of study and possible degrees achieved by students. The most important feature that should be considered in the design of metaheuristic algorithms is that the algorithm should be understandable and have simple equations so that readers and researchers can easily understand and use it. Therefore, by using simplified assumptions and ignoring the details in the process of technical and vocational education and training, an attempt was made to design a simple reader-friendly metaheuristic algorithm. Among the educational interactions between applicants and instructors in technical and vocational education and training schools, the activities of (i) theory education, (ii) practical education, and (iii) individual skills development are much more significant. The mathematical modeling of these intelligent activities is employed in the design of the proposed TVETBO approach, which is discussed below.

3.2. Algorithm Initialization

The proposed TVETBO approach is a population-based metaheuristic algorithm whose members are applicants who refer to technical and vocational education and training in order to learn skills. Each TVETBO member specifies values for decision variables based on their position in the search space. Therefore, each TVETBO member is a candidate solution for the problem and can be mathematically modeled using a vector so that each element of this vector represents a decision variable. TVETBO members together form the population of the algorithm, which can be modeled from a mathematical point of view using a matrix according to Equation (1). The initial positions of the applicants in the search space are randomly initialized using Equation (2).
A = [ A 1 A i A N ] N × m = [ a 1 , 1 a 1 , d a 1 , m a i , 1 a i , d a i , m a N , 1 a N , d a N , m ] N × m
a i , d = l b d + r · ( u b d l b d )
Here, X is the TVETBO population matrix, A i is the i th applicant (candidate solution), a i , d is its d th dimension in the search space (decision variable), N is the number of population members, m is the number of decision variables, r is a random number in an interval [ 0 , 1 ] , and l b d , and u b d are the lower bound and upper bound of the d th decision variable, respectively.
The objective function of the problem corresponding to the proposed values of each TVETBO member for the decision variables can be evaluated. The set of evaluated values for the objective function can be represented using a vector corresponding to Equation (3).
F = [ F 1 F i F N ] N × 1 = [ F ( A 1 ) F ( A i ) F ( A N ) ] N × 1
Here, F is the vector of evaluated objective function, and F i is the evaluated objective function based on the i th applicant.
The evaluated values for the objective function of the problem are the suitable criteria to compare the quality of the population members in providing candidate solutions. In such a way, the best evaluated value for the objective function corresponds to the best member and the worst evaluated value for the objective function corresponds to the worst member. Considering that, in each iteration of TVETBO, the positions of applicants in the search space are updated, the values of the objective function are also updated. As a result, based on the comparison of the new values obtained for the objective function, the best member should be updated in each iteration.

3.3. Mathematical Modeling of TVETBO

The proposed TVETBO approach is an iteration-based algorithm. In its design, the positions of population members are updated in three phases based on a simulation of the process of technical and vocational education and training. In the following text, the process of updating the applicants’ positions in the search space is presented.

3.3.1. Phase 1: Theory Education (Exploration)

In technical and vocational education and training schools, instructors try to introduce skills to applicants in theory. In the first phase of TVETBO, the positions of the population members are updated based on the process of the instructor teaching the skills theory to the applicants. As training of the applicants by the instructor can increasingly improve the skills and knowledge of the applicants, this process has been used to improve the positions of TVETBO members in the problem-solving space. This strategy leads to extensive changes in the positions of population members and, as a result, increases the exploration power of the algorithm for global searches in the problem-solving space. Therefore, in the design of TVETBO, based on the simulation of matching the knowledge levels of the applicants to the knowledge level of the instructor, the positions of the members of the algorithm population change in the problem-solving space. In the design of TVETBO, the best member is considered to be the trainer. Based on the training interactions between the trainer and the applicants, for each of the applicants, a new position is calculated using Equation (4). Then, if the value of the objective function is improved, this new position replaces the previous position of the corresponding member according to Equation (5).
a i , d P 1 = a i , d + r · ( I d S · a i , d ) ,   i = 1 , 2 ,   ,   N ,   and   d = 1 , 2 ,   , m
A i = { A i P 1 , F i P 1 < F i A i , e l s e
Here, A i P 1 is the new suggested position of the ith applicant (i.e., a TVETBO member as a candidate solution for the given problem) based on the simulation of matching the knowledge level of the applicant to the instructor, a i , d P 1 is its d th dimension which refers to the new value for the dth decision variable proposed by the ith TVETBO member, F i P 1 is its objective function value which is calculated based on placing the values of the decision variables proposed by A i P 1 in the objective function of the problem, r is a random number with a normal distribution in the range of [ 0 , 1 ] that is used to create a random nature in TVETBO’s performance, I is the instructor, I d is its d th dimension, S is a random number from the set { 1 , 2 } , which expresses the speed of action of the applicants when learning from the instructor, N is the number of applicants, and m is the number of decision variables.

3.3.2. Phase 2: Practical Education (Exploration)

After the theory training, the trainer tries to teach technical and vocational skills to the applicants in a scientific way in training workshops. In the second phase of TVETBO, the simulation of this process is used to update the population. Just as a beginner applicant under the training of an instructor can turn into a professional over time, this process is employed to improve the positions of TVETBO members in the problem-solving space to discover better solutions. Modeling this process leads to extensive changes in the positions of population members and, as a result, increases the discovery power of the algorithm in order to manage the global search in the problem-solving space. In the design of TVETBO, based on the simulation of the applicants’ efforts in sampling the applicants’ skills and learning all of the skills during the training course, the positions of the population members become closer and closer to the assumed position of the instructor during the iterations of the algorithm. Based on the modeling of the imitation of the instructor by applicants when learning technical and vocational skills, a new position for each applicant is calculated using Equations (6) and (7). Then, if the value of the objective function is improved, this new position replaces the previous position of the corresponding member according to Equation (8).
K ( t ) = r   · t T
a i , d P 2 = I d + K ( t ) ( a i , d I d ) ,         i = 1 , 2 ,   ,   N ,         d = 1 , 2 ,   , m ,     and   t = 1 , 2 ,   ,   T
A i = { A i P 2 , F i P 2 < F i A i , e l s e
Here, A i P 2 is the new suggested position of the i th applicant (i.e., a TVETBO member as a candidate solution for the given problem) based on simulating the applicant’s imitation when learning practical skills from the instructor, a i , d P 2 is its d th dimension, which refers to a new value for the dth decision variable proposed by the ith TVETBO member, F i P 2 is its objective function value, which is calculated based on placing the values of the decision variables proposed by A i P 2 in the objective function of the problem, K ( t ) represents the practical education imitation coefficient that is acquired within the period of education, where a bigger K ( t ) (its maximum value is 1) indicates an increase in the practical skills of the applicant, t is the iteration counter of the algorithm, and T is the maximum number of algorithm iterations.

3.3.3. Phase 3: Improving Individual Skills (Exploitation)

After undergoing theoretical and scientific studies in technical and vocational education and training schools, applicants try to improve their skills in order to perform their jobs better. In the third phase of TVETBO, based on the simulation of individual skill improvement, the algorithm population is updated. As the individual efforts and exercises of applicants can have small positive effects by improving their skills, this process is used to create small positive changes for TVETBO members in the problem-solving environment. Modeling this process leads to small changes in the positions of the population members and, as a result, increases the exploitation power of the algorithm for local searches in the problem-solving space. Therefore, in the design of TVETBO, based on the simulation of individual skill improvements of applicants over time, the positions of the population members in the algorithm change and improve. At the same time as the skills are improved and the applicants become more professional, the range of positive changes becomes smaller over time. Based on this fact, in the design of TVETBO, the range of positive changes during the iterations of the algorithm becomes smaller so that the algorithm can manage the local search with more precise steps. Therefore, based on the modeling of the applicants’ effort to improve their performance, for each applicant, a new position is calculated using Equation (9). Then, if the value of the objective function is improved, this new position replaces the previous position of the corresponding member according to Equation (10).
a i , d P 3 = a i , d + ( 1 2 r ) · ( u b d l b d ) t ,   i = 1 , 2 ,   ,   N ,         d = 1 , 2 ,   , m , and   t = 1 , 2 ,   ,   T
A i = { A i P 3 , F i P 3 < F i A i , e l s e
Here, A i P 3 is the new suggested position of the i th applicant (i.e., TVETBO member as the candidate solution for a given problem) based on simulating the individual skill improvements of applicants over time, a i , d P 3 is its d th dimension, which refers to a new value for the dth decision variable proposed by the ith TVETBO member, F i P 3 is its objective function value, which is calculated based on placing the values of the decision variables proposed by A i P 3 in the objective function of the problem, t is the iteration counter of the algorithm, and T is the maximum number of algorithm iterations. l b d and u b d are the lower bound and upper bound of the d th decision variable, respectively. The values of the upper and lower bounds are among the constraints of the optimization problem, and this information is available in the description of the mathematical model of the given problem.

3.4. Repetition Process, Pseudocode, and Flowchart of TVETBO

After updating the positions of all TVETBO members in the search space based on Phase 1 to Phase 3, the first TVETBO iteration is completed. Then, the algorithm enters the next iteration with new updated values, and the process of updating the TVETBO members’ positions in the search space continues using Equations (4)–(10) until the last iteration of the algorithm. In each iteration, the best candidate solution obtained until that iteration is updated and stored. After the completion of TVETBO’s implementation, the best candidate solution obtained during the iterations of the algorithm is presented as a solution to the problem. The pseudocode of TVETBO’s implementation steps is presented in Algorithm 1.
Algorithm 1: Pseudocode of TVETBO.
Start TVETBO.
1.Input problem information: variables, objective function, and constraints.
2.Set the TVETBO population size (N) and iterations (T).
3.Generate the initial population matrix at random using Equation (2). a i , d l b d + r · ( u b d l b d )
4.Evaluate the objective function.
5.For t = 1 to T
6.For   i = 1 to N
7.Phase 1: theory education (exploration)
8.Update the best population member as the instructor.
9.Calculate the new position of the ith TVETBO member using Equation (4). a i , d P 1 = a i , d + r · ( I d S · a i , d )
10.Update the ith TVETBO member using Equation (5). A i { A i P 1 , F i P 1 < F i A i , e l s e
11.Phase 2: practical education (exploration)
12.Calculate the imitation coefficient of the instructor’s skill using Equation (6). K ( t ) r   · t T
13.Calculate the new position of the ith TVETBO member using Equation (7). a i , d P 2 I d + K ( t ) ( a i , d I d )
14.Update the ith TVETBO member using Equation (8). A i = { A i P 2 , F i P 2 < F i A i , e l s e
15.Phase 3: individual skills development (exploitation)
16.Calculate the new position of the ith TVETBO member using Equation (9). a i , d P 3 = a i , d + ( 1 2 r ) · ( u b d l b d ) t
17.Update the ith TVETBO member using Equation (10). A i = { A i P 3 , F i P 3 < F i A i , e l s e
18.End
19.Save the best candidate solution so far.
20.End
21.Output the best quasi-optimal solution obtained with the TVETBO.
End TVETBO.

3.5. Computational Complexity of TVETBO

In this subsection, the computational complexity of the proposed TVETBO approach is studied. The preparation and initialization of TVETBO has a complexity equal to O(Nm), where N is the number of population members and m is the number of problem variables. In the TVETBO design, the positions of members are updated in each iteration in three phases. Therefore, the computational complexity of the process of updating the positions of TVETBO members in the search space is equal to O(3NmT), where T is the maximum number of iterations of the algorithm. According to this, the total computational complexity of the proposed TVETBO approach is equal to O ( N m ( 1 + 3 T ) ) .

4. Simulation Studies and Results

In this section, the performance evaluation of the proposed TVETBO approach in terms of solving optimization problems is discussed. For this purpose, TVETBO was used to handle the CEC 2017 test suite for different dimensions of 10, 30, 50, and 100.

4.1. Performance Comparison and Experimental Settings

The performance of TVETBO was compared with the performance of twelve well-known metaheuristic algorithms consisting of GA [30], PSO [11], GSA [41], TLBO [50], MVO [38], GWO [16], WOA [26], MPA [20], TSA [28], RSA [29], AVOA [22], and WSO [17]. The values of control parameters of metaheuristic algorithms are specified in Table 1. In handling the CEC 2017 test suite, the TVETBO approach and each of the competitor algorithms were implemented in 51 independent runs, where each independent run included 10 , 000 · m ( m is the number of variables) FEs and a population size of 30. The optimization results are reported using six statistical indicators: the mean, best, worst, standard deviation (std), median, and rank. In order to rank the metaheuristic algorithms in the optimization of each of the benchmark functions, a comparison of the mean index values is used.

4.2. Evaluation of the CEC 2017 Test Suite

In this subsection, the ability of the proposed approach to optimize the CEC 2017 test suite is measured. The CEC 2017 test suite has thirty benchmark functions consisting of three unimodal functions of C17-F1 to C17-F3, seven multimodal functions of C17-F4 to C17-F10, ten hybrid functions of C17-F11 to C17-F20, and ten composition functions of C17-F21 to C17-F30. The C17-F2 function was not included in the simulation studies due to its unstable behavior. The full description of the CEC 2017 test suite is provided in [74]. In these tests, with the aim of a scalability analysis, TVETBO and the competitor algorithms were employed to solve this test suite for dimensions of the problem (number of decision variables) equal to 10, 30, 50, and 100. The implementation results of the proposed TVETBO approach and the competitor algorithms on the CEC 2017 test suite are reported in Table 2, Table 3, Table 4 and Table 5. The boxplot diagrams resulting from the performance of the metaheuristic algorithms on this test suite are drawn in Figure 1, Figure 2, Figure 3 and Figure 4. The simulation results show that, for dimensions equal to 10, TVETBO is the best optimizer for handling C17-F1, C17-F3 to C17-F24, and C17-F27 to C17-F30. For dimensions equal to 30, TVETBO is the best optimizer to solve C17-F1, C17-F3 to C17-F5, C17-F7, C17-F12 to C17-F14, C17-F16 to C17-F18, C17-F21 to C17-F27, and C17-F29. For dimensions equal to 50, TVETBO is the best optimizer for handling C17-F1, C17-F3 to C17-F25, and C17-F27 to C17-F30. For dimensions equal to 100, TVETBO is the best optimizer to solve C17-F1, and C17-F3 to C17-F30.
The optimization results indicate that the proposed TVETBO approach with high abilities to explore, exploit, and create a balance between exploration and exploitation during the search process, is able to provide suitable results for the CEC 2017 test suite. Comparing the simulation results, it is shown that TVETBO provides better results in most of the benchmark functions for different dimensions of 10, 30, 50, and 100, compared to competitor algorithms when handling the CEC 2017 test suite.

4.3. Statistical Analysis

In this subsection, a statistical analysis on the performances of TVETBO and competing algorithms is presented to determine whether the superiority of the proposed approach is significant from a statistical point of view. For this purpose, the Wilcoxon rank sum test [75] is employed. This is a non-parametric test and is used to determine the significant difference between two data samples. In this test, using an index called the p-value, it is determined whether there is a significant difference between two data samples or not. The implementation results of the Wilcoxon rank sum test on TVETBO compared to each of the competitor algorithms are presented in Table 6. Based on the statistical analysis, in cases where the p-value is less than 0.05, TVETBO has a significant statistical superiority in the competition with the corresponding compared algorithm.

4.4. Discussion and Results Analysis

Metaheuristic algorithms are stochastic approaches that are able to achieve suitable solutions for optimization problems in an iteration-based process based on a random search of the problem-solving space. The mechanism of the search process in metaheuristic algorithms should be based on three principles: exploration, exploitation, and establishing a balance between exploration and exploitation during the search process.
Unimodal functions do not have any local optima, and for that reason, they are suitable options for evaluating the exploitation power of metaheuristic algorithms. The C17-F1 and C17-F3 functions are unimodal functions. Based on the optimization results reported in Table 2, Table 3, Table 4 and Table 5, for problem dimensions equal to 10, 30, 50, and 100, TVETBO is the best optimizer for the C17-F1 and C17-F3 functions and it achieves appropriate results. In addition, TVETBO provides a superior performance by achieving better results for unimodal functions compared to the competitor algorithm. What is evident from the analysis of the simulation results is that TVETBO has a high exploitation ability, so it can effectively manage the local search in the problem-solving space.
In addition to the global optimum, multimodal functions have several local optima, and for this reason, they are suitable options for evaluating the exploration power of metaheuristic algorithms. Functions C17-F4 to C17-F10 are multimodal functions. Based on the results reported in Table 2, Table 3, Table 4 and Table 5, TVETBO provides effective results for the handling of multimodal functions C17-F4 to C17-F10 for problem dimensions equal to 10, 30, 50, and 100. The analysis of the simulation results shows that TVETBO provides a superior performance in handling multimodal functions compared to the competing algorithms. The optimization results confirm that TVETBO has a high exploration ability, so it can manage the global search effectively in the problem-solving space.
Functions C17-F11 to C17-F30 from the CEC 2017 test suite are complex optimization problems that challenge the ability of metaheuristic algorithms to establish a balance between exploration and exploitation. Based on the simulation results reported in Table 2, Table 3, Table 4 and Table 5, TVETBO with its high ability to balance exploration and exploitation is able to identify the region containing the main optimum and converge towards solutions close to the global optimum. A comparison of simulation results shows that TVETBO is the best optimizer for most of these functions compared to competing algorithms. What is evident from the simulation results is that TVETBO provides a superior performance in terms of solving these functions and has a better ability to balance exploration and exploitation compared to competing algorithms.
The findings obtained from the analysis of the simulation results are that TVETBO has a high exploitation ability based on the optimization results of the C17-F1 and C17-F3 functions, a high exploration ability based on the optimization results of the C17-F4 to C17-F10 functions, and a high ability to balance exploitation and exploration based on the optimization results of functions C17-F11 to C17-F30.
A comparison of metaheuristic algorithms using statistical indicators provides valuable information about the performance of the metaheuristic algorithms. However, the use of statistical analysis shows whether the superiority of an algorithm over other algorithms is significant from a statistical point of view. The results obtained from the Wilcoxon rank sum test reported in Table 6 confirm that TVETBO has a significant statistical superiority compared to the competing algorithms in terms of handling the CEC 2017 test suite for problem dimensions equal to 10, 30, 50, and 100.

5. TVETBO for Real-World Applications

In this section, the performance evaluation of TVETBO in terms of handling real-world applications is discussed. For this purpose, the CEC 2011 test suite is employed. This consists of twenty-two constrained optimization problems from real-world applications. A full description and details of the CEC 2011 test suite are provided in [76]. The implementation results of the TVETBO and competitor algorithms on the CEC 2011 test suite are reported in Table 7. The boxplot diagrams resulting from the performance of metaheuristic algorithms on this test suite are drawn in Figure 5. The optimization results show that TVETBO has an effective ability to solve real-world optimization problems. Based on the comparison of the simulation results, TVETBO is the best optimizer for optimization problems C11-F1 to C11-F22. The simulation results show that TVETBO provides better results for most of the optimization problems, and by winning first place, it provides a superior performance compared to the competitor algorithms. In addition, the results obtained from the statistical analysis of the Wilcoxon rank sum test, which are reported in the last row of Table 7, indicate that the superiority of TVETBO when optimizing the CEC 2011 test suite is significant compared to competitor algorithms from a statistical point of view.

6. Conclusions and Future Work

In this paper, a new human-based metaheuristic algorithm called Technical and Vocational Education and Training-Based Optimizer (TVETBO) was introduced by imitating the skill-training process used in technical and vocational education and training schools. The fundamental inspiration of TVETBO comes from the impact of technical and vocational education and training in terms of preparing young people for work based on training and improving work-related skills. The TVETBO theory was stated, and its implementation steps were mathematically modeled in three phases: (i) theory education, (ii) practical education, and (iii) individual skills development. The efficiency of TVETBO for handling optimization tasks was evaluated on the CEC 2017 test suite for problem dimensions equal to 10, 30, 50, and 100. The optimization results show that TVETBO has high abilities to explore, exploit, and balance exploration and exploitation during the search process. The efficiency of TVETBO when solving optimization problems was compared with the performances of twelve metaheuristic algorithms. Based on the simulation results, it was found that TVETBO, when handling the CEC 2017 test suite, provided better results for 27 out of 29 benchmark functions (i.e., 93.1%) for the problem with dimensions equal to 10, 19 out of 29 benchmark functions (i.e., 65.52%) for the problem with dimensions equal to 30, 28 out of 29 benchmark functions (i.e., 96.55%) for the problem with dimensions equal to 50, and 29 of the 29 benchmark functions (i.e., 100%) for the problem with dimensions equal to 100. Thus, it provided a superior performance in comparison with the alternative algorithms. The simulation results show that TVETBO has provided a superior performance by providing better results for most of the benchmark functions compared to the competitor algorithms. In addition, in order to evaluate the performance of TVETBO in dealing with real-world applications, a set of twenty-two constrained optimization problems was selected from the CEC 2011 test suite under the headings parameter estimation for frequency-modulated (FM) sound waves, the Lennard–Jones potential problem, the bifunctional catalyst blend optimal control problem, optimal control of a non-linear stirred tank reactor, Tersoff potential for model Si (B), Tersoff potential for model Si (C), spread spectrum radar polyphase code design, the transmission network expansion planning (TNEP) problem, the large-scale transmission pricing problem, the circular antenna array design problem, the ELD problems (consisting of: DED instance 1, DED instance 2, ELD Instance 1, ELD Instance 2, ELD Instance 3, ELD Instance 4, ELD Instance 5, hydrothermal scheduling instance 1, hydrothermal scheduling instance 2, hydrothermal scheduling instance 3), the messenger: spacecraft trajectory optimization problem, and the cassini 2: spacecraft trajectory optimization problem. The results obtained from the optimization of the CEC 2011 test suite showed the appropriate efficiency of the proposed approach when handling optimization problems in real-world applications.
After introducing the proposed TVETBO approach, several research paths were activated for further studies. One of the most special is the design of binary and multi-objective versions of TVETBO. Applying TVETBO to solve optimization problems in different sciences and other real-world applications are other suggestions for future studies.

Author Contributions

Conceptualization, M.H. and S.M.; data curation, M.H. and S.M.; formal analysis, M.H. and S.M.; investigation, M.H. and S.M.; methodology, M.H. and S.M.; software, S.M.; validation, S.M. and M.H.; visualization, M.H. and S.M.; writing—original draft preparation, M.H.; writing—review and editing M.H. and S.M. All authors have read and agreed to the published version of the manuscript.

Funding

Specific Research Project No 2126, 2023 of the Faculty of Education, University of Hradec Králové.

Institutional Review Board Statement

Not applicable.

Informed Consent Statement

Not applicable.

Data Availability Statement

Not applicable.

Acknowledgments

The authors thank the Specific Research Project No 2126, 2023 of the Faculty of Education, University of Hradec Králové for their support.

Conflicts of Interest

The authors declare no conflict of interest.

References

  1. Zhao, S.; Zhang, T.; Ma, S.; Chen, M. Dandelion Optimizer: A nature-inspired metaheuristic algorithm for engineering applications. Eng. Appl. Artif. Intell. 2022, 114, 105075. [Google Scholar] [CrossRef]
  2. Sergeyev, Y.D.; Kvasov, D.; Mukhametzhanov, M. On the efficiency of nature-inspired metaheuristics in expensive global optimization with limited budget. Sci. Rep. 2018, 8, 453. [Google Scholar]
  3. Liberti, L.; Kucherenko, S. Comparison of deterministic and stochastic approaches to global optimization. Int. Trans. Oper. Res. 2005, 12, 263–285. [Google Scholar] [CrossRef]
  4. Koc, I.; Atay, Y.; Babaoglu, I. Discrete tree seed algorithm for urban land readjustment. Eng. Appl. Artif. Intell. 2022, 112, 104783. [Google Scholar] [CrossRef]
  5. Dehghani, M.; Trojovská, E.; Trojovský, P. A new human-based metaheuristic algorithm for solving optimization problems on the base of simulation of driving training process. Sci. Rep. 2022, 12, 9924. [Google Scholar] [CrossRef]
  6. Zeidabadi, F.-A.; Dehghani, M.; Trojovský, P.; Hubálovský, Š.; Leiva, V.; Dhiman, G. Archery Algorithm: A Novel Stochastic Optimization Algorithm for Solving Optimization Problems. Comput. Mater. Contin. 2022, 72, 399–416. [Google Scholar] [CrossRef]
  7. de Armas, J.; Lalla-Ruiz, E.; Tilahun, S.L.; Voß, S. Similarity in metaheuristics: A gentle step towards a comparison methodology. Nat. Comput. 2022, 21, 265–287. [Google Scholar] [CrossRef]
  8. Dehghani, M.; Montazeri, Z.; Dehghani, A.; Malik, O.P.; Morales-Menendez, R.; Dhiman, G.; Nouri, N.; Ehsanifar, A.; Guerrero, J.M.; Ramirez-Mendoza, R.A. Binary spring search algorithm for solving various optimization problems. Appl. Sci. 2021, 11, 1286. [Google Scholar] [CrossRef]
  9. Trojovská, E.; Dehghani, M.; Trojovský, P. Zebra Optimization Algorithm: A New Bio-Inspired Optimization Algorithm for Solving Optimization Algorithm. IEEE Access 2022, 10, 49445–49473. [Google Scholar] [CrossRef]
  10. Wolpert, D.H.; Macready, W.G. No free lunch theorems for optimization. IEEE Trans. Evol. Comput. 1997, 1, 67–82. [Google Scholar]
  11. Kennedy, J.; Eberhart, R. Particle swarm optimization. In Proceedings of the ICNN ’95—International Conference on Neural Networks, Perth, WA, Australia, 27 November–1 December 1995; Volume 4, pp. 1942–1948. [Google Scholar]
  12. Dorigo, M.; Maniezzo, V.; Colorni, A. Ant system: Optimization by a colony of cooperating agents. IEEE Trans. Syst. Man Cybern. Part B (Cybern.) 1996, 26, 29–41. [Google Scholar] [CrossRef]
  13. Karaboga, D.; Basturk, B. Artificial Bee Colony (ABC) optimization algorithm for solving constrained optimization problems. In Proceedings of the 12th International Fuzzy Systems Association World Congress (IFSA 2007), Cancun, Mexico, 18–21 June 2007; Springer: Berlin/Heidelberg, Germany, 2007; pp. 789–798. [Google Scholar]
  14. Yang, X.-S. Firefly algorithm, stochastic test functions and design optimisation. Int. J. Bio-Inspired Comput. 2010, 2, 78–84. [Google Scholar] [CrossRef]
  15. Dehghani, M.; Montazeri, Z.; Trojovská, E.; Trojovský, P. Coati Optimization Algorithm: A new bio-inspired metaheuristic algorithm for solving optimization problems. Knowl.-Based Syst. 2023, 259, 110011. [Google Scholar] [CrossRef]
  16. Mirjalili, S.; Mirjalili, S.M.; Lewis, A. Grey Wolf Optimizer. Adv. Eng. Softw. 2014, 69, 46–61. [Google Scholar] [CrossRef]
  17. Braik, M.; Hammouri, A.; Atwan, J.; Al-Betar, M.A.; Awadallah, M.A. White Shark Optimizer: A novel bio-inspired meta-heuristic algorithm for global optimization problems. Knowl.-Based Syst. 2022, 243, 108457. [Google Scholar] [CrossRef]
  18. Jiang, Y.; Wu, Q.; Zhu, S.; Zhang, L. Orca predation algorithm: A novel bio-inspired algorithm for global optimization problems. Expert Syst. Appl. 2022, 188, 116026. [Google Scholar] [CrossRef]
  19. Trojovský, P.; Dehghani, M. A new bio-inspired metaheuristic algorithm for solving optimization problems based on walruses behavior. Sci. Rep. 2023, 13, 8775. [Google Scholar] [CrossRef]
  20. Faramarzi, A.; Heidarinejad, M.; Mirjalili, S.; Gandomi, A.H. Marine Predators Algorithm: A nature-inspired metaheuristic. Expert Syst. Appl. 2020, 152, 113377. [Google Scholar] [CrossRef]
  21. Givi, H.; Dehghani, M.; Hubálovský, Š. Red Panda Optimization Algorithm: An Effective Bio-Inspired Metaheuristic Algorithm for Solving Engineering Optimization Problems. IEEE Access 2023, 11, 57203–57227. [Google Scholar] [CrossRef]
  22. Abdollahzadeh, B.; Gharehchopogh, F.S.; Mirjalili, S. African vultures optimization algorithm: A new nature-inspired metaheuristic algorithm for global optimization problems. Comput. Ind. Eng. 2021, 158, 107408. [Google Scholar] [CrossRef]
  23. Hashim, F.A.; Houssein, E.H.; Hussain, K.; Mabrouk, M.S.; Al-Atabany, W. Honey Badger Algorithm: New metaheuristic algorithm for solving optimization problems. Math. Comput. Simul. 2022, 192, 84–110. [Google Scholar] [CrossRef]
  24. Chopra, N.; Ansari, M.M. Golden Jackal Optimization: A Novel Nature-Inspired Optimizer for Engineering Applications. Expert Syst. Appl. 2022, 198, 116924. [Google Scholar] [CrossRef]
  25. Trojovský, P.; Dehghani, M. Subtraction-Average-Based Optimizer: A New Swarm-Inspired Metaheuristic Algorithm for Solving Optimization Problems. Biomimetics 2023, 8, 149. [Google Scholar] [CrossRef]
  26. Mirjalili, S.; Lewis, A. The whale optimization algorithm. Adv. Eng. Softw. 2016, 95, 51–67. [Google Scholar] [CrossRef]
  27. Trojovský, P.; Dehghani, M. Pelican Optimization Algorithm: A Novel Nature-Inspired Algorithm for Engineering Applications. Sensors 2022, 22, 855. [Google Scholar] [CrossRef]
  28. Kaur, S.; Awasthi, L.K.; Sangal, A.L.; Dhiman, G. Tunicate Swarm Algorithm: A new bio-inspired based metaheuristic paradigm for global optimization. Eng. Appl. Artif. Intell. 2020, 90, 103541. [Google Scholar] [CrossRef]
  29. Abualigah, L.; Abd Elaziz, M.; Sumari, P.; Geem, Z.W.; Gandomi, A.H. Reptile Search Algorithm (RSA): A nature-inspired meta-heuristic optimizer. Expert Syst. Appl. 2022, 191, 116158. [Google Scholar] [CrossRef]
  30. Goldberg, D.E.; Holland, J.H. Genetic Algorithms and Machine Learning. Mach. Learn. 1988, 3, 95–99. [Google Scholar] [CrossRef]
  31. Storn, R.; Price, K. Differential evolution—A simple and efficient heuristic for global optimization over continuous spaces. J. Glob. Optim. 1997, 11, 341–359. [Google Scholar] [CrossRef]
  32. De Castro, L.N.; Timmis, J.I. Artificial immune systems as a novel soft computing paradigm. Soft Comput. 2003, 7, 526–544. [Google Scholar] [CrossRef]
  33. Reynolds, R.G. An introduction to cultural algorithms. In Proceedings of the Third Annual Conference on Evolutionary Programming, San Diego, CA, USA, 24–26 February 1994; World Scientific: Singapore, 1994; pp. 131–139. [Google Scholar]
  34. Koza, J.R.; Koza, J.R. Genetic Programming: On the Programming of Computers by Means of Natural Selection; MIT Press: Cambridge, MA, USA, 1992; Volume 1. [Google Scholar]
  35. Beyer, H.-G.; Schwefel, H.-P. Evolution strategies–a comprehensive introduction. Nat. Comput. 2002, 1, 3–52. [Google Scholar] [CrossRef]
  36. Kirkpatrick, S.; Gelatt, C.D.; Vecchi, M.P. Optimization by simulated annealing. Science 1983, 220, 671–680. [Google Scholar] [CrossRef] [PubMed]
  37. Hatamlou, A. Black hole: A new heuristic optimization approach for data clustering. Inf. Sci. 2013, 222, 175–184. [Google Scholar] [CrossRef]
  38. Mirjalili, S.; Mirjalili, S.M.; Hatamlou, A. Multi-verse optimizer: A nature-inspired algorithm for global optimization. Neural Comput. Appl. 2016, 27, 495–513. [Google Scholar] [CrossRef]
  39. Dehghani, M.; Samet, H. Momentum search algorithm: A new meta-heuristic optimization algorithm inspired by momentum conservation law. SN Appl. Sci. 2020, 2, 1720. [Google Scholar] [CrossRef]
  40. Dehghani, M.; Montazeri, Z.; Dhiman, G.; Malik, O.; Morales-Menendez, R.; Ramirez-Mendoza, R.A.; Dehghani, A.; Guerrero, J.M.; Parra-Arroyo, L. A spring search algorithm applied to engineering optimization problems. Appl. Sci. 2020, 10, 6173. [Google Scholar] [CrossRef]
  41. Rashedi, E.; Nezamabadi-Pour, H.; Saryazdi, S. GSA: A gravitational search algorithm. Inf. Sci. 2009, 179, 2232–2248. [Google Scholar] [CrossRef]
  42. Pereira, J.L.J.; Francisco, M.B.; Diniz, C.A.; Oliver, G.A.; Cunha Jr, S.S.; Gomes, G.F. Lichtenberg algorithm: A novel hybrid physics-based meta-heuristic for global optimization. Expert Syst. Appl. 2021, 170, 114522. [Google Scholar] [CrossRef]
  43. Eskandar, H.; Sadollah, A.; Bahreininejad, A.; Hamdi, M. Water cycle algorithm–A novel metaheuristic optimization method for solving constrained engineering optimization problems. Comput. Struct. 2012, 110, 151–166. [Google Scholar] [CrossRef]
  44. Faramarzi, A.; Heidarinejad, M.; Stephens, B.; Mirjalili, S. Equilibrium optimizer: A novel optimization algorithm. Knowl.-Based Syst. 2020, 191, 105190. [Google Scholar] [CrossRef]
  45. Wei, Z.; Huang, C.; Wang, X.; Han, T.; Li, Y. Nuclear reaction optimization: A novel and powerful physics-based algorithm for global optimization. IEEE Access 2019, 7, 66084–66109. [Google Scholar] [CrossRef]
  46. Cuevas, E.; Oliva, D.; Zaldivar, D.; Pérez-Cisneros, M.; Sossa, H. Circle detection using electro-magnetism optimization. Inf. Sci. 2012, 182, 40–55. [Google Scholar] [CrossRef]
  47. Kaveh, A.; Dadras, A. A novel meta-heuristic optimization algorithm: Thermal exchange optimization. Adv. Eng. Softw. 2017, 110, 69–84. [Google Scholar] [CrossRef]
  48. Hashim, F.A.; Houssein, E.H.; Mabrouk, M.S.; Al-Atabany, W.; Mirjalili, S. Henry gas solubility optimization: A novel physics-based algorithm. Future Gener. Comput. Syst. 2019, 101, 646–667. [Google Scholar] [CrossRef]
  49. Hashim, F.A.; Hussain, K.; Houssein, E.H.; Mabrouk, M.S.; Al-Atabany, W. Archimedes optimization algorithm: A new metaheuristic algorithm for solving optimization problems. Appl. Intell. 2021, 51, 1531–1551. [Google Scholar] [CrossRef]
  50. Rao, R.V.; Savsani, V.J.; Vakharia, D. Teaching–learning-based optimization: A novel method for constrained mechanical design optimization problems. Comput.-Aided Des. 2011, 43, 303–315. [Google Scholar] [CrossRef]
  51. Matoušová, I.; Trojovský, P.; Dehghani, M.; Trojovská, E.; Kostra, J. Mother optimization algorithm: A new human-based metaheuristic approach for solving engineering optimization. Sci. Rep. 2023, 13, 10312. [Google Scholar] [CrossRef]
  52. Dehghani, M.; Mardaneh, M.; Guerrero, J.M.; Malik, O.P.; Ramirez-Mendoza, R.A.; Matas, J.; Vasquez, J.C.; Parra-Arroyo, L. A new “Doctor and Patient” optimization algorithm: An application to energy commitment problem. Appl. Sci. 2020, 10, 5791. [Google Scholar] [CrossRef]
  53. Dehghani, M.; Mardaneh, M.; Malik, O. FOA: ‘Following’ Optimization Algorithm for solving Power engineering optimization problems. J. Oper. Autom. Power Eng. 2020, 8, 57–64. [Google Scholar]
  54. Trojovský, P.; Dehghani, M. A new optimization algorithm based on mimicking the voting process for leader selection. PeerJ Comput. Sci. 2022, 8, e976. [Google Scholar] [CrossRef]
  55. Dehghani, M.; Trojovská, E.; Zuščák, T. A new human-inspired metaheuristic algorithm for solving optimization problems based on mimicking sewing training. Sci. Rep. 2022, 12, 17387. [Google Scholar] [CrossRef]
  56. Ayyarao, T.L.; RamaKrishna, N.; Elavarasam, R.M.; Polumahanthi, N.; Rambabu, M.; Saini, G.; Khan, B.; Alatas, B. War Strategy Optimization Algorithm: A New Effective Metaheuristic Algorithm for Global Optimization. IEEE Access 2022, 10, 25073–25105. [Google Scholar] [CrossRef]
  57. Braik, M.; Ryalat, M.H.; Al-Zoubi, H. A novel meta-heuristic algorithm for solving numerical optimization problems: Ali Baba and the forty thieves. Neural Comput. Appl. 2022, 34, 409–455. [Google Scholar] [CrossRef]
  58. Dehghani, M.; Trojovský, P. Teamwork Optimization Algorithm: A New Optimization Approach for Function Minimization/Maximization. Sensors 2021, 21, 4567. [Google Scholar] [CrossRef] [PubMed]
  59. Trojovská, E.; Dehghani, M. A new human-based metahurestic optimization method based on mimicking cooking training. Sci. Rep. 2022, 12, 14861. [Google Scholar] [CrossRef] [PubMed]
  60. Trojovská, E.; Dehghani, M.; Leiva, V. Drawer Algorithm: A New Metaheuristic Approach for Solving Optimization Problems in Engineering. Biomimetics 2023, 8, 239. [Google Scholar] [CrossRef] [PubMed]
  61. Mohamed, A.W.; Hadi, A.A.; Mohamed, A.K. Gaining-sharing knowledge based algorithm for solving optimization problems: A novel nature-inspired algorithm. Int. J. Mach. Learn. Cybern. 2020, 11, 1501–1529. [Google Scholar] [CrossRef]
  62. Al-Betar, M.A.; Alyasseri, Z.A.A.; Awadallah, M.A.; Abu Doush, I. Coronavirus herd immunity optimizer (CHIO). Neural Comput. Appl. 2021, 33, 5011–5042. [Google Scholar] [CrossRef]
  63. Dehghani, M.; Mardaneh, M.; Guerrero, J.M.; Malik, O.; Kumar, V. Football game based optimization: An application to solve energy commitment problem. Int. J. Intell. Eng. Syst. 2020, 13, 514–523. [Google Scholar] [CrossRef]
  64. Moghdani, R.; Salimifard, K. Volleyball premier league algorithm. Appl. Soft Comput. 2018, 64, 161–185. [Google Scholar] [CrossRef]
  65. Dehghani, M.; Montazeri, Z.; Givi, H.; Guerrero, J.M.; Dhiman, G. Darts game optimizer: A new optimization technique based on darts game. Int. J. Intell. Eng. Syst. 2020, 13, 286–294. [Google Scholar] [CrossRef]
  66. Dehghani, M.; Montazeri, Z.; Malik, O.P.; Ehsanifar, A.; Dehghani, A. OSA: Orientation search algorithm. Int. J. Ind. Electron. Control Optim. 2019, 2, 99–112. [Google Scholar]
  67. Zeidabadi, F.A.; Dehghani, M. POA: Puzzle Optimization Algorithm. Int. J. Intell. Eng. Syst. 2022, 15, 273–281. [Google Scholar]
  68. Dehghani, M.; Montazeri, Z.; Malik, O.P. DGO: Dice game optimizer. Gazi Univ. J. Sci. 2019, 32, 871–882. [Google Scholar] [CrossRef]
  69. Doumari, S.A.; Givi, H.; Dehghani, M.; Malik, O.P. Ring Toss Game-Based Optimization Algorithm for Solving Various Optimization Problems. Int. J. Intell. Eng. Syst. 2021, 14, 545–554. [Google Scholar] [CrossRef]
  70. Montazeri, Z.; Niknam, T.; Aghaei, J.; Malik, O.P.; Dehghani, M.; Dhiman, G. Golf Optimization Algorithm: A New Game-Based Metaheuristic Algorithm and Its Application to Energy Commitment Problem Considering Resilience. Biomimetics 2023, 8, 386. [Google Scholar] [CrossRef]
  71. Dehghani, M.; Montazeri, Z.; Saremi, S.; Dehghani, A.; Malik, O.P.; Al-Haddad, K.; Guerrero, J.M. HOGO: Hide objects game optimization. Int. J. Intell. Eng. Syst. 2020, 13, 216–225. [Google Scholar] [CrossRef]
  72. Rauner, F.; Maclean, R. Handbook of Technical and Vocational Education and Training Research; Springer: Berlin/Heidelberg, Germany, 2008; Volume 49. [Google Scholar]
  73. Billett, S. Vocational Education: Purposes, Traditions and Prospects; Springer Science & Business Media: Berlin/Heidelberg, Germany, 2011. [Google Scholar]
  74. Awad, N.; Ali, M.; Liang, J.; Qu, B.; Suganthan, P.; Definitions, P. Problem Definitions and Evaluation Criteria for the CEC 2017 Special Session and Competition on Single Objective Bound Constrained Real-Parameter Numerical Optimization; Technical Report; Nanyang Technological University: Singapore, 2016. [Google Scholar]
  75. Wilcoxon, F. Individual comparisons by ranking methods. In Breakthroughs in Statistics; Springer: Berlin/Heidelberg, Germany, 1992; pp. 196–202. [Google Scholar]
  76. Das, S.; Suganthan, P.N. Problem Definitions and Evaluation Criteria for CEC 2011 Competition on Testing Evolutionary Algorithms on Real World Optimization Problems; Technical Report; Jadavpur University, India and Nanyang Technological University: Singapore, 2010; pp. 341–359. [Google Scholar]
Figure 1. Boxplot diagrams of TVETBO and competitor algorithms’ performances on the CEC 2017 test suite (dimensions = 10).
Figure 1. Boxplot diagrams of TVETBO and competitor algorithms’ performances on the CEC 2017 test suite (dimensions = 10).
Biomimetics 08 00508 g001aBiomimetics 08 00508 g001b
Figure 2. Boxplot diagrams of TVETBO and competitor algorithms’ performances on the CEC 2017 test suite (dimensions = 30).
Figure 2. Boxplot diagrams of TVETBO and competitor algorithms’ performances on the CEC 2017 test suite (dimensions = 30).
Biomimetics 08 00508 g002aBiomimetics 08 00508 g002b
Figure 3. Boxplot diagrams of TVETBO and competitor algorithms’ performances on the CEC 2017 test suite (dimensions = 50).
Figure 3. Boxplot diagrams of TVETBO and competitor algorithms’ performances on the CEC 2017 test suite (dimensions = 50).
Biomimetics 08 00508 g003aBiomimetics 08 00508 g003b
Figure 4. Boxplot diagrams of TVETBO and competitor algorithms’ performances on the CEC 2017 test suite (dimensions = 100).
Figure 4. Boxplot diagrams of TVETBO and competitor algorithms’ performances on the CEC 2017 test suite (dimensions = 100).
Biomimetics 08 00508 g004aBiomimetics 08 00508 g004b
Figure 5. Boxplot diagrams of TVETBO and competitor algorithms’ performances on the CEC 2011 test suite.
Figure 5. Boxplot diagrams of TVETBO and competitor algorithms’ performances on the CEC 2011 test suite.
Biomimetics 08 00508 g005aBiomimetics 08 00508 g005b
Table 1. Control parameters’ values.
Table 1. Control parameters’ values.
AlgorithmParameterValue
GA
TypeReal coded
SelectionRoulette wheel (proportionate)
CrossoverWhole arithmetic (probability = 0.8,
α [ 0.5 ,   1.5 ] )
MutationGaussian (probability = 0.05)
PSO
TopologyFully connected
Cognitive and social constant(C1, C2) = ( 2 ,   2 )
Inertia weightLinear reduction from 0.9 to 0.1
Velocity limit10% of the dimension range
GSA
Alpha, G0, Rnorm, Rpower20, 100, 2, 1
TLBO
TF: teaching factorTF = round [ ( 1 + r a n d ) ]
Random numberrand is a random number in [ 0 1 ] .
GWO
Convergence parameter (a)a: Linear reduction from 2 to 0.
MVO
Wormhole existence probability (WEP)Min(WEP) = 0.2 and Max(WEP)=1.
Exploitation accuracy over the iterations (p) p = 6 .
WOA
Convergence parameter (a)a: Linear reduction from 2 to 0.
r is a random vector in [ 0 1 ] .
l is a random number in [ 1 , 1 ] .
TSA
Pmin and Pmax1, 4
c1, c2, c3Random numbers lie in the range of [ 0 1 ] .
MPA
Constant numberP = 0.5
Random vectorR is a vector of uniform random numbers in [ 0 ,   1 ] .
Fish Aggregating Devices (FADs)FADs=0.2
Binary vectorU= 0 or 1
RSA
Sensitive parameter β = 0.01
Sensitive parameter α = 0.1
Evolutionary Sense (ES)ES: Randomly decreasing values between 2 and −2
AVOA
L1, L20.8, 0.2
w2.5
P1, P2, P30.6, 0.4, 0.6
WSO
Fmin and Fmax0.07, 0.75
τ, ao, a1, a24.125, 6.25, 100, 0.0005
Table 2. Optimization results of the CEC 2017 test suite (dimensions = 10).
Table 2. Optimization results of the CEC 2017 test suite (dimensions = 10).
TVETBOWSOAVOARSAMPATSAWOAMVOGWOTLBOGSAPSOGA
C17-F1mean1.00E+025.63E+093.85E+031.02E+103.53E+071.74E+096.46E+067.53E+038.83E+071.47E+087.47E+023.15E+031.19E+07
best1.00E+024.67E+091.16E+028.83E+091.12E+043.73E+084.70E+064.79E+032.78E+046.56E+071.00E+023.46E+026.14E+06
worst1.00E+027.23E+091.19E+041.22E+101.28E+083.79E+098.50E+061.11E+043.21E+083.55E+081.79E+039.32E+031.70E+07
std0.00E+001.21E+096.00E+031.64E+096.77E+071.66E+091.75E+063.21E+031.69E+081.52E+087.96E+024.52E+034.95E+06
median1.00E+025.32E+091.67E+039.94E+096.47E+061.40E+096.31E+067.11E+031.62E+078.41E+075.48E+021.46E+031.21E+07
rank11241381165910237
C17-F3mean3.00E+028.54E+033.02E+029.65E+031.41E+031.12E+041.73E+033.00E+023.07E+037.27E+021.03E+043.00E+021.48E+04
best3.00E+024.32E+033.00E+025.20E+037.92E+024.27E+036.19E+023.00E+021.53E+034.71E+026.46E+033.00E+024.35E+03
worst3.00E+021.14E+043.04E+021.29E+042.54E+031.58E+043.33E+033.00E+025.89E+038.93E+021.40E+043.00E+022.34E+04
std0.00E+003.38E+032.39E+003.84E+038.76E+025.35E+031.39E+035.34E-022.19E+032.01E+023.36E+035.05E-141.08E+04
median3.00E+029.20E+033.02E+021.02E+041.15E+031.24E+041.49E+033.00E+022.43E+037.71E+021.03E+043.00E+021.57E+04
rank19410612738511213
C17-F4mean4.00E+029.34E+024.05E+021.35E+034.07E+025.77E+024.25E+024.03E+024.12E+024.09E+024.05E+024.20E+024.15E+02
best4.00E+026.96E+024.01E+028.46E+024.02E+024.78E+024.06E+024.02E+024.06E+024.08E+024.04E+024.00E+024.12E+02
worst4.00E+021.15E+034.07E+021.85E+034.11E+026.92E+024.74E+024.05E+024.28E+024.10E+024.06E+024.70E+024.18E+02
std0.00E+002.25E+022.71E+004.66E+024.80E+001.14E+023.53E+011.87E+001.21E+015.98E-011.26E+003.67E+013.22E+00
median4.00E+029.46E+024.06E+021.36E+034.07E+025.68E+024.10E+024.03E+024.06E+024.09E+024.04E+024.05E+024.14E+02
rank11241351110276398
C17-F5mean5.01E+025.65E+025.45E+025.74E+025.13E+025.65E+025.41E+025.24E+025.13E+025.34E+025.54E+025.28E+025.28E+02
best5.01E+025.50E+025.27E+025.59E+025.08E+025.44E+025.24E+025.10E+025.09E+025.29E+025.50E+025.11E+025.24E+02
worst5.02E+025.74E+025.64E+025.89E+025.18E+025.97E+025.78E+025.38E+025.21E+025.38E+025.66E+025.52E+025.34E+02
std5.41E-011.20E+012.08E+011.81E+015.59E+002.59E+012.75E+011.27E+015.60E+004.36E+008.74E+002.06E+015.20E+00
median5.01E+025.67E+025.44E+025.73E+025.13E+025.60E+025.32E+025.24E+025.12E+025.35E+025.51E+025.25E+025.28E+02
rank11191321284371056
C17-F6mean6.00E+026.33E+026.18E+026.41E+026.01E+026.25E+026.24E+026.02E+026.01E+026.07E+026.17E+026.08E+026.10E+02
best6.00E+026.29E+026.17E+026.38E+026.01E+026.15E+026.08E+026.00E+026.01E+026.05E+026.03E+026.01E+026.07E+02
worst6.00E+026.36E+026.20E+026.46E+026.02E+026.41E+026.46E+026.04E+026.02E+026.10E+026.37E+026.20E+026.15E+02
std0.00E+003.75E+001.88E+003.71E+008.89E-011.21E+011.75E+011.91E+005.13E-012.71E+001.70E+018.97E+003.72E+00
median6.00E+026.33E+026.17E+026.41E+026.01E+026.22E+026.20E+026.02E+026.01E+026.06E+026.15E+026.05E+026.10E+02
rank11291331110425867
C17-F7mean7.11E+028.05E+027.66E+028.06E+027.25E+028.30E+027.63E+027.31E+027.26E+027.53E+027.17E+027.33E+027.37E+02
best7.11E+027.84E+027.44E+027.92E+027.21E+027.90E+027.52E+027.17E+027.18E+027.48E+027.15E+027.26E+027.27E+02
worst7.12E+028.21E+027.95E+028.19E+027.29E+028.72E+027.93E+027.51E+027.44E+027.61E+027.21E+027.45E+027.42E+02
std5.57E-011.72E+012.51E+011.34E+014.02E+003.91E+012.17E+011.53E+011.32E+016.26E+002.89E+009.44E+007.75E+00
median7.11E+028.06E+027.63E+028.06E+027.25E+028.30E+027.54E+027.28E+027.22E+027.51E+027.16E+027.31E+027.40E+02
rank11110123139548267
C17-F8mean8.01E+028.49E+028.32E+028.55E+028.13E+028.49E+028.37E+028.12E+028.16E+028.38E+028.20E+028.23E+028.17E+02
best8.01E+028.41E+028.21E+028.43E+028.09E+028.33E+028.19E+028.08E+028.11E+028.31E+028.12E+028.16E+028.13E+02
worst8.02E+028.58E+028.48E+028.60E+028.15E+028.69E+028.49E+028.17E+028.21E+028.46E+028.28E+028.30E+028.25E+02
std6.25E-018.28E+001.24E+018.40E+003.04E+001.75E+011.42E+014.18E+004.77E+008.42E+007.35E+007.40E+005.86E+00
median8.01E+028.49E+028.29E+028.58E+028.14E+028.47E+028.40E+028.12E+028.16E+028.38E+028.20E+028.23E+028.15E+02
rank11281331192410675
C17-F9mean9.00E+021.43E+031.19E+031.48E+039.05E+021.39E+031.38E+039.01E+029.12E+029.12E+029.00E+029.04E+029.05E+02
best9.00E+021.29E+039.55E+021.38E+039.00E+021.17E+031.08E+039.00E+029.01E+029.07E+029.00E+029.01E+029.03E+02
worst9.00E+021.57E+031.67E+031.62E+039.14E+021.68E+031.67E+039.03E+029.34E+029.20E+029.00E+029.13E+029.09E+02
std0.00E+001.41E+023.62E+021.10E+026.47E+002.40E+022.71E+021.70E+001.69E+016.20E+000.00E+006.03E+003.14E+00
median9.00E+021.43E+031.07E+031.46E+039.04E+021.35E+031.39E+039.00E+029.07E+029.10E+029.00E+029.02E+029.04E+02
rank1118125109276134
C17-F10mean1.01E+032.31E+031.78E+032.59E+031.52E+032.04E+032.03E+031.79E+031.73E+032.18E+032.29E+031.95E+031.72E+03
best1.00E+032.05E+031.49E+032.42E+031.39E+031.76E+031.45E+031.46E+031.54E+031.79E+032.00E+031.56E+031.42E+03
worst1.01E+032.50E+032.42E+032.95E+031.60E+032.29E+032.56E+032.29E+032.00E+032.47E+032.39E+032.36E+032.12E+03
std7.24E+002.21E+024.78E+022.71E+021.03E+023.05E+025.82E+024.38E+022.11E+023.16E+022.05E+023.56E+023.27E+02
median1.01E+032.35E+031.61E+032.49E+031.54E+032.05E+032.06E+031.70E+031.69E+032.23E+032.37E+031.94E+031.67E+03
rank11251329864101173
C17-F11mean1.10E+033.87E+031.15E+034.00E+031.13E+035.48E+031.15E+031.13E+031.16E+031.15E+031.14E+031.14E+032.39E+03
best1.10E+032.62E+031.12E+031.46E+031.11E+035.33E+031.11E+031.11E+031.12E+031.14E+031.12E+031.13E+031.12E+03
worst1.10E+035.08E+031.20E+036.51E+031.16E+035.56E+031.17E+031.15E+031.23E+031.17E+031.17E+031.17E+036.00E+03
std0.00E+001.20E+034.08E+012.47E+032.35E+011.12E+023.04E+012.37E+015.44E+011.63E+012.29E+011.61E+012.62E+03
median1.10E+033.90E+031.14E+034.01E+031.12E+035.52E+031.16E+031.13E+031.14E+031.15E+031.13E+031.14E+031.22E+03
rank11161221383974510
C17-F12mean1.35E+033.56E+081.11E+067.11E+085.72E+051.05E+062.37E+061.04E+061.43E+065.09E+061.03E+068.14E+036.10E+05
best1.32E+037.98E+073.59E+051.58E+082.00E+045.43E+051.73E+058.89E+034.58E+041.36E+064.78E+052.53E+031.77E+05
worst1.44E+036.22E+082.01E+061.24E+098.95E+051.29E+063.94E+063.26E+062.23E+069.01E+061.74E+061.40E+041.08E+06
std6.23E+012.98E+088.41E+055.97E+084.19E+053.81E+051.90E+061.63E+061.05E+064.41E+065.81E+055.69E+034.02E+05
median1.33E+033.61E+081.03E+067.21E+086.86E+051.18E+062.69E+064.41E+051.71E+065.00E+069.48E+058.01E+035.93E+05
rank11281337106911524
C17-F13mean1.31E+031.73E+071.85E+043.46E+075.47E+031.28E+047.63E+036.77E+031.04E+041.68E+041.01E+046.66E+035.49E+04
best1.30E+031.45E+062.73E+032.88E+063.74E+037.64E+033.30E+031.39E+036.55E+031.59E+045.08E+032.39E+038.60E+03
worst1.31E+035.75E+073.16E+041.15E+086.69E+032.03E+041.53E+041.25E+041.45E+041.91E+041.43E+041.68E+041.81E+05
std2.47E+002.92E+071.63E+045.84E+071.53E+035.96E+035.93E+036.24E+033.54E+031.68E+034.23E+037.46E+039.18E+04
median1.30E+035.18E+061.97E+041.03E+075.72E+031.17E+045.98E+036.61E+031.02E+041.62E+041.06E+043.71E+031.47E+04
rank11210132854796311
C17-F14mean1.40E+034.02E+032.03E+035.38E+031.94E+033.40E+031.52E+031.57E+032.35E+031.59E+035.60E+033.01E+031.31E+04
best1.40E+033.17E+031.68E+034.71E+031.44E+031.49E+031.48E+031.42E+031.46E+031.52E+034.63E+031.43E+033.75E+03
worst1.40E+035.47E+032.84E+036.95E+032.92E+035.62E+031.56E+032.00E+034.99E+031.62E+037.61E+036.89E+032.60E+04
std5.41E-011.16E+035.94E+021.14E+037.56E+022.39E+034.32E+013.09E+021.91E+035.49E+011.52E+032.84E+031.03E+04
median1.40E+033.71E+031.79E+034.94E+031.71E+033.25E+031.52E+031.44E+031.48E+031.61E+035.09E+031.86E+031.12E+04
rank11061159237412813
C17-F15mean1.50E+031.04E+045.33E+031.40E+044.00E+037.05E+036.26E+031.54E+035.85E+031.71E+032.41E+049.06E+034.58E+03
best1.50E+033.02E+032.08E+032.74E+033.24E+032.33E+032.02E+031.53E+033.59E+031.58E+031.13E+042.88E+031.89E+03
worst1.50E+031.82E+041.27E+043.06E+044.92E+031.26E+041.36E+041.55E+036.95E+031.80E+033.61E+041.49E+048.07E+03
std2.56E-016.88E+035.40E+031.32E+047.60E+024.82E+035.47E+031.34E+011.68E+031.16E+021.29E+045.47E+033.34E+03
median1.50E+031.01E+043.26E+031.13E+043.91E+036.62E+034.73E+031.54E+036.44E+031.73E+032.44E+049.23E+034.17E+03
rank11161249827313105
C17-F16mean1.60E+032.02E+031.81E+032.02E+031.68E+032.05E+031.95E+031.82E+031.73E+031.68E+032.08E+031.93E+031.80E+03
best1.60E+031.94E+031.64E+031.82E+031.64E+031.86E+031.77E+031.73E+031.62E+031.65E+031.95E+031.82E+031.72E+03
worst1.60E+032.17E+031.93E+032.30E+031.72E+032.24E+032.08E+031.88E+031.83E+031.73E+032.27E+032.09E+031.84E+03
std3.44E-011.15E+021.31E+022.18E+023.45E+011.84E+021.64E+027.03E+019.49E+014.10E+011.60E+021.33E+026.12E+01
median1.60E+031.97E+031.84E+031.98E+031.69E+032.05E+031.98E+031.83E+031.74E+031.66E+032.04E+031.90E+031.83E+03
rank11061131297421385
C17-F17mean1.70E+031.82E+031.75E+031.82E+031.74E+031.80E+031.84E+031.84E+031.77E+031.76E+031.85E+031.75E+031.76E+03
best1.70E+031.81E+031.73E+031.80E+031.72E+031.79E+031.77E+031.78E+031.72E+031.75E+031.75E+031.75E+031.75E+03
worst1.70E+031.82E+031.80E+031.83E+031.78E+031.81E+031.89E+031.95E+031.87E+031.77E+031.98E+031.76E+031.76E+03
std1.69E-017.03E+003.23E+011.28E+012.87E+011.23E+015.52E+018.94E+017.58E+011.09E+011.26E+026.26E+002.76E+00
median1.70E+031.82E+031.74E+031.82E+031.72E+031.81E+031.85E+031.82E+031.74E+031.76E+031.83E+031.75E+031.76E+03
rank19310281112761345
C17-F18mean1.81E+032.87E+061.19E+045.73E+061.11E+041.21E+042.34E+042.11E+042.00E+042.97E+049.76E+032.20E+041.29E+04
best1.80E+031.47E+054.86E+032.84E+054.17E+037.50E+036.48E+038.74E+036.35E+032.41E+046.42E+032.89E+033.45E+03
worst1.82E+038.33E+061.57E+041.66E+071.66E+041.64E+043.68E+043.39E+043.38E+043.71E+041.19E+044.10E+041.86E+04
std1.09E+014.12E+065.28E+038.25E+066.15E+034.02E+031.59E+041.29E+041.51E+046.50E+032.55E+032.14E+047.19E+03
median1.80E+031.51E+061.36E+043.00E+061.18E+041.23E+042.52E+042.08E+042.00E+042.87E+041.04E+042.21E+041.47E+04
rank11241335108711296
C17-F19mean1.90E+033.99E+056.74E+037.08E+055.62E+031.26E+053.50E+041.91E+035.41E+034.71E+034.07E+042.51E+046.21E+03
best1.90E+032.52E+042.18E+034.61E+042.32E+031.95E+037.69E+031.91E+031.94E+032.04E+031.12E+042.63E+032.22E+03
worst1.90E+038.43E+051.33E+041.52E+069.46E+032.52E+056.41E+041.92E+031.39E+041.26E+045.90E+047.73E+049.93E+03
std8.10E-013.84E+055.89E+037.24E+053.96E+031.56E+052.52E+047.70E+006.21E+035.69E+032.33E+043.83E+043.46E+03
median1.90E+033.64E+055.73E+036.33E+055.35E+031.25E+053.41E+041.91E+032.90E+032.13E+034.62E+041.02E+046.34E+03
rank11271351192431086
C17-F20mean2.00E+032.22E+032.17E+032.22E+032.09E+032.21E+032.21E+032.14E+032.17E+032.07E+032.26E+032.17E+032.05E+03
best2.00E+032.16E+032.03E+032.17E+032.07E+032.11E+032.10E+032.05E+032.13E+032.06E+032.19E+032.15E+032.04E+03
worst2.00E+032.29E+032.30E+032.28E+032.12E+032.32E+032.29E+032.25E+032.25E+032.08E+032.35E+032.20E+032.06E+03
std0.00E+005.74E+011.30E+026.14E+012.35E+019.93E+019.92E+019.01E+015.68E+019.84E+008.47E+013.04E+011.12E+01
median2.00E+032.21E+032.18E+032.23E+032.09E+032.20E+032.22E+032.13E+032.15E+032.07E+032.24E+032.17E+032.05E+03
rank11181241095731362
C17-F21mean2.20E+032.29E+032.21E+032.27E+032.26E+032.33E+032.31E+032.25E+032.31E+032.30E+032.37E+032.32E+032.30E+03
best2.20E+032.25E+032.20E+032.22E+032.26E+032.22E+032.22E+032.20E+032.31E+032.20E+032.35E+032.31E+032.23E+03
worst2.20E+032.32E+032.24E+032.29E+032.26E+032.37E+032.36E+032.31E+032.32E+032.34E+032.39E+032.33E+032.33E+03
std0.00E+003.75E+011.85E+013.28E+012.33E+007.72E+016.76E+016.72E+014.13E+007.06E+011.59E+018.41E+005.30E+01
median2.20E+032.30E+032.21E+032.28E+032.26E+032.35E+032.33E+032.25E+032.31E+032.33E+032.37E+032.32E+032.32E+03
rank16254129310813117
C17-F22mean2.30E+032.74E+032.31E+032.92E+032.31E+032.72E+032.32E+032.29E+032.31E+032.32E+032.30E+032.31E+032.32E+03
best2.30E+032.61E+032.30E+032.71E+032.30E+032.45E+032.32E+032.23E+032.30E+032.31E+032.30E+032.30E+032.32E+03
worst2.30E+032.88E+032.31E+033.07E+032.31E+032.93E+032.33E+032.31E+032.32E+032.33E+032.30E+032.35E+032.32E+03
std1.58E-011.34E+023.42E+001.67E+023.89E+002.31E+026.03E+004.12E+011.07E+019.03E+009.74E-032.36E+013.45E+00
median2.30E+032.73E+032.31E+032.95E+032.30E+032.75E+032.32E+032.30E+032.31E+032.32E+032.30E+032.30E+032.32E+03
rank31261341110159278
C17-F23mean2.60E+032.70E+032.64E+032.70E+032.61E+032.72E+032.65E+032.62E+032.61E+032.64E+032.79E+032.64E+032.66E+03
best2.60E+032.66E+032.63E+032.67E+032.61E+032.63E+032.63E+032.61E+032.61E+032.63E+032.73E+032.64E+032.64E+03
worst2.60E+032.72E+032.66E+032.74E+032.62E+032.77E+032.67E+032.63E+032.62E+032.65E+032.93E+032.66E+032.67E+03
std1.44E+003.39E+011.52E+013.57E+012.68E+006.62E+012.25E+011.18E+017.17E+009.82E+001.05E+029.51E+001.48E+01
median2.60E+032.71E+032.64E+032.70E+032.61E+032.75E+032.65E+032.62E+032.61E+032.64E+032.76E+032.64E+032.66E+03
rank11051131284261379
C17-F24mean2.63E+032.78E+032.77E+032.85E+032.63E+032.67E+032.76E+032.68E+032.75E+032.76E+032.75E+032.77E+032.72E+03
best2.52E+032.72E+032.74E+032.83E+032.62E+032.52E+032.74E+032.50E+032.73E+032.75E+032.50E+032.76E+032.54E+03
worst2.73E+032.86E+032.79E+032.91E+032.64E+032.81E+032.79E+032.76E+032.77E+032.77E+032.90E+032.79E+032.81E+03
std1.27E+027.18E+012.79E+014.48E+019.60E+001.68E+022.51E+011.33E+021.92E+011.07E+011.86E+021.51E+011.38E+02
median2.64E+032.77E+032.77E+032.83E+032.63E+032.67E+032.76E+032.74E+032.75E+032.76E+032.80E+032.76E+032.77E+03
rank11211132394786105
C17-F25mean2.93E+033.16E+032.91E+033.28E+032.92E+033.14E+032.91E+032.92E+032.94E+032.93E+032.92E+032.92E+032.95E+03
best2.90E+033.07E+032.90E+033.21E+032.91E+032.91E+032.76E+032.90E+032.92E+032.92E+032.90E+032.90E+032.94E+03
worst2.95E+033.37E+032.95E+033.36E+032.92E+033.66E+032.96E+032.94E+032.95E+032.95E+032.94E+032.95E+032.96E+03
std2.51E+011.52E+022.60E+016.58E+014.45E+003.88E+021.05E+022.68E+011.28E+012.20E+012.49E+012.86E+011.13E+01
median2.94E+033.10E+032.90E+033.28E+032.92E+032.99E+032.95E+032.92E+032.94E+032.93E+032.92E+032.92E+032.95E+03
rank71221331114985610
C17-F26mean2.90E+033.61E+032.98E+033.76E+033.01E+033.63E+033.19E+032.90E+033.27E+033.21E+033.87E+032.90E+032.90E+03
best2.90E+033.26E+032.81E+033.44E+032.89E+033.15E+032.93E+032.90E+032.97E+032.91E+032.81E+032.81E+032.71E+03
worst2.90E+033.85E+033.16E+034.10E+033.30E+034.28E+033.60E+032.90E+033.92E+033.88E+034.36E+033.01E+033.11E+03
std4.04E-133.11E+022.19E+023.13E+022.07E+026.04E+023.20E+023.93E-024.74E+024.93E+027.84E+029.08E+012.24E+02
median2.90E+033.66E+032.98E+033.76E+032.93E+033.54E+033.11E+032.90E+033.09E+033.02E+034.16E+032.90E+032.89E+03
rank21051261173981341
C17-F27mean3.09E+033.21E+033.12E+033.23E+033.10E+033.18E+033.20E+033.09E+033.12E+033.12E+033.23E+033.14E+033.16E+03
best3.09E+033.16E+033.10E+033.13E+033.09E+033.10E+033.18E+033.09E+033.09E+033.10E+033.21E+033.10E+033.12E+03
worst3.09E+033.28E+033.18E+033.43E+033.13E+033.22E+033.21E+033.10E+033.18E+033.17E+033.25E+033.18E+033.22E+03
std2.86E-135.70E+014.47E+011.44E+022.15E+015.94E+011.27E+012.71E+004.44E+014.11E+011.65E+013.98E+014.62E+01
median3.09E+033.20E+033.10E+033.19E+033.10E+033.20E+033.20E+033.09E+033.10E+033.10E+033.22E+033.13E+033.15E+03
rank11161339102541278
C17-F28mean3.10E+033.63E+033.24E+033.78E+033.22E+033.59E+033.29E+033.24E+033.35E+033.33E+033.45E+033.31E+033.25E+03
best3.10E+033.58E+033.10E+033.70E+033.17E+033.41E+033.15E+033.10E+033.20E+033.21E+033.44E+033.18E+033.15E+03
worst3.10E+033.67E+033.39E+033.84E+033.24E+033.80E+033.39E+033.39E+033.41E+033.39E+033.47E+033.39E+033.52E+03
std0.00E+004.21E+011.41E+027.21E+013.88E+012.18E+021.34E+021.76E+021.11E+029.24E+011.61E+011.06E+021.96E+02
median3.10E+033.63E+033.23E+033.80E+033.23E+033.57E+033.30E+033.23E+033.39E+033.35E+033.45E+033.33E+033.16E+03
rank11231321164981075
C17-F29mean3.13E+033.33E+033.29E+033.38E+033.20E+033.24E+033.35E+033.20E+033.27E+033.21E+033.35E+033.27E+033.24E+03
best3.13E+033.31E+033.21E+033.31E+033.17E+033.17E+033.24E+033.14E+033.19E+033.17E+033.23E+033.17E+033.19E+03
worst3.13E+033.35E+033.37E+033.45E+033.25E+033.31E+033.50E+033.29E+033.38E+033.24E+033.64E+033.35E+033.29E+03
std2.70E+002.02E+018.76E+017.84E+013.80E+016.30E+011.20E+026.69E+019.90E+013.59E+012.12E+029.02E+014.52E+01
median3.13E+033.33E+033.28E+033.38E+033.20E+033.24E+033.33E+033.19E+033.25E+033.23E+033.26E+033.28E+033.24E+03
rank11091335122741186
C17-F30mean3.42E+032.23E+062.96E+053.69E+064.17E+056.17E+059.97E+053.04E+059.40E+056.09E+047.86E+053.89E+051.53E+06
best3.39E+031.36E+061.05E+058.31E+051.60E+041.13E+054.47E+037.46E+033.37E+042.94E+046.05E+056.41E+035.28E+05
worst3.44E+033.35E+067.71E+055.83E+066.15E+051.31E+063.76E+061.16E+061.36E+061.02E+051.00E+067.71E+053.50E+06
std3.02E+019.00E+053.46E+052.28E+062.96E+055.51E+052.01E+066.21E+056.78E+053.87E+041.81E+054.80E+051.52E+06
median3.42E+032.11E+061.54E+054.05E+065.18E+055.26E+051.10E+052.47E+041.18E+065.60E+047.68E+053.89E+051.06E+06
rank11231367104928511
Sum rank38319177351106284239116188191238183197
Mean rank1.31E+001.10E+016.10E+001.21E+013.66E+009.79E+008.24E+004.00E+006.48E+006.59E+008.21E+006.31E+006.79E+00
Total rank11241321110367958
Table 3. Optimization results of the CEC 2017 test suite (dimensions = 30).
Table 3. Optimization results of the CEC 2017 test suite (dimensions = 30).
TVETBOWSOAVOARSAMPATSAWOAMVOGWOTLBOGSAPSOGA
C17-F1mean1.00E+022.63E+103.11E+034.11E+102.68E+041.79E+101.70E+095.38E+051.67E+096.17E+091.05E+071.40E+091.78E+08
best1.00E+022.26E+102.80E+023.67E+101.23E+041.13E+101.34E+094.18E+052.75E+083.90E+092.53E+033.75E+031.33E+08
worst1.00E+023.29E+107.65E+035.06E+104.07E+042.44E+102.11E+096.84E+055.02E+099.20E+093.67E+075.61E+092.46E+08
std8.93E-155.20E+093.76E+036.97E+091.49E+046.69E+094.29E+081.43E+052.45E+092.41E+091.92E+073.05E+095.31E+07
median1.00E+022.48E+102.26E+033.86E+102.70E+041.80E+101.67E+095.24E+056.88E+085.79E+092.67E+063.20E+061.67E+08
rank11221331194810576
C17-F3mean3.00E+029.73E+044.47E+047.36E+041.10E+034.72E+042.32E+051.78E+034.17E+043.47E+049.58E+043.19E+041.67E+05
best3.00E+028.89E+042.43E+045.70E+048.51E+024.47E+041.92E+051.39E+033.64E+042.95E+048.25E+042.27E+041.27E+05
worst3.00E+021.07E+055.78E+047.99E+041.36E+034.97E+042.66E+052.44E+034.65E+043.76E+041.06E+054.10E+042.32E+05
std0.00E+009.65E+031.56E+041.21E+042.47E+022.73E+033.37E+045.04E+024.52E+033.94E+031.13E+049.02E+035.46E+04
median3.00E+029.68E+044.84E+047.87E+041.10E+034.72E+042.35E+051.63E+034.19E+043.58E+049.76E+043.19E+041.55E+05
rank11179281336510412
C17-F4mean4.59E+026.45E+035.15E+029.82E+034.93E+024.55E+038.57E+024.97E+025.72E+029.08E+025.95E+026.24E+028.12E+02
best4.59E+023.62E+034.92E+026.30E+034.83E+021.05E+037.92E+024.89E+025.16E+027.01E+025.74E+025.16E+027.60E+02
worst4.59E+028.73E+035.33E+021.37E+045.15E+027.56E+039.38E+025.10E+026.03E+021.31E+036.18E+028.13E+028.36E+02
std0.00E+002.30E+031.85E+013.36E+031.61E+012.99E+037.26E+011.03E+014.16E+012.96E+022.08E+011.48E+023.87E+01
median4.59E+026.72E+035.17E+029.63E+034.88E+024.79E+038.49E+024.94E+025.84E+028.11E+025.93E+025.84E+028.26E+02
rank11241321193510678
C17-F5mean5.02E+028.46E+027.26E+028.85E+025.83E+027.95E+028.24E+026.20E+026.22E+027.71E+027.23E+026.33E+027.03E+02
best5.01E+028.25E+026.89E+028.59E+025.61E+027.66E+027.95E+026.05E+025.82E+027.48E+027.04E+026.08E+026.54E+02
worst5.04E+028.67E+027.85E+029.19E+026.06E+028.28E+028.38E+026.55E+026.51E+027.97E+027.50E+026.82E+027.66E+02
std1.40E+001.88E+014.72E+013.14E+012.08E+013.20E+012.13E+012.57E+013.73E+012.58E+012.22E+013.66E+015.06E+01
median5.02E+028.45E+027.15E+028.81E+025.83E+027.92E+028.31E+026.10E+026.28E+027.69E+027.20E+026.20E+026.96E+02
rank11281321011349756
C17-F6mean6.00E+026.80E+026.47E+026.83E+026.03E+026.77E+026.76E+026.24E+026.12E+026.43E+026.56E+026.47E+026.30E+02
best6.00E+026.78E+026.45E+026.78E+026.02E+026.62E+026.65E+026.12E+026.05E+026.36E+026.56E+026.35E+026.23E+02
worst6.00E+026.81E+026.50E+026.90E+026.05E+026.86E+026.82E+026.37E+026.19E+026.55E+026.57E+026.58E+026.35E+02
std7.14E-141.18E+002.39E+006.01E+001.26E+001.24E+018.09E+001.26E+016.39E+008.94E+008.31E-011.10E+015.51E+00
median6.00E+026.80E+026.46E+026.82E+026.03E+026.80E+026.79E+026.24E+026.12E+026.41E+026.56E+026.48E+026.31E+02
rank11271321110436985
C17-F7mean7.33E+021.30E+031.15E+031.34E+038.47E+021.22E+031.31E+038.54E+028.86E+021.08E+039.71E+028.79E+029.68E+02
best7.33E+021.25E+031.03E+031.33E+038.20E+021.08E+031.26E+038.01E+028.16E+029.87E+029.24E+028.58E+029.28E+02
worst7.35E+021.33E+031.31E+031.36E+039.01E+021.37E+031.39E+039.29E+029.26E+021.15E+031.04E+039.06E+021.02E+03
std8.20E-013.98E+011.34E+021.79E+013.98E+011.40E+026.29E+015.94E+015.27E+019.38E+015.63E+012.29E+014.30E+01
median7.33E+021.30E+031.12E+031.33E+038.34E+021.22E+031.29E+038.44E+029.01E+021.08E+039.60E+028.76E+029.60E+02
rank11191321012358746
C17-F8mean8.03E+021.09E+039.50E+021.12E+038.91E+021.06E+031.03E+038.94E+028.93E+021.02E+039.62E+029.24E+029.87E+02
best8.01E+021.07E+039.20E+021.10E+038.84E+021.01E+039.74E+028.63E+028.86E+021.00E+039.37E+029.12E+029.70E+02
worst8.04E+021.11E+039.72E+021.15E+038.99E+021.16E+031.07E+039.24E+029.01E+021.06E+039.89E+029.40E+021.01E+03
std1.55E+001.78E+012.57E+012.64E+016.70E+007.63E+014.58E+012.89E+017.20E+002.48E+012.46E+011.35E+012.02E+01
median8.04E+021.08E+039.54E+021.12E+038.90E+021.03E+031.04E+038.94E+028.92E+021.02E+039.61E+029.22E+029.84E+02
rank11261321110439758
C17-F9mean9.00E+021.10E+044.82E+031.06E+041.08E+031.15E+041.10E+045.45E+032.08E+035.77E+034.08E+033.55E+031.29E+03
best9.00E+029.37E+033.56E+031.04E+049.30E+027.00E+038.43E+034.34E+031.54E+034.17E+033.54E+032.12E+031.08E+03
worst9.00E+021.25E+045.50E+031.08E+041.24E+031.55E+041.32E+048.34E+032.87E+038.72E+034.91E+035.41E+031.50E+03
std7.14E-141.40E+039.41E+021.93E+021.55E+023.83E+032.58E+032.10E+037.00E+022.24E+036.55E+021.52E+032.16E+02
median9.00E+021.10E+045.12E+031.07E+041.09E+031.17E+041.13E+044.57E+031.95E+035.10E+033.93E+033.33E+031.29E+03
rank11171021312849653
C17-F10mean2.29E+037.23E+035.46E+037.92E+034.00E+036.57E+036.51E+034.66E+034.80E+037.94E+034.86E+035.05E+036.15E+03
best1.85E+036.65E+034.72E+037.06E+033.64E+035.18E+035.62E+034.37E+034.28E+037.57E+034.61E+034.80E+035.67E+03
worst2.53E+037.55E+035.94E+038.55E+034.45E+037.17E+037.85E+035.04E+035.13E+038.11E+035.27E+035.51E+036.72E+03
std3.27E+024.34E+026.47E+026.80E+024.07E+021.02E+031.08E+033.55E+023.98E+022.70E+023.40E+023.42E+025.42E+02
median2.40E+037.36E+035.59E+038.03E+033.95E+036.97E+036.28E+034.61E+034.89E+038.03E+034.77E+034.94E+036.11E+03
rank11171221093413568
C17-F11mean1.10E+037.52E+031.26E+038.82E+031.17E+035.14E+037.83E+031.31E+032.20E+031.99E+032.90E+031.25E+039.19E+03
best1.10E+036.19E+031.19E+037.18E+031.12E+033.65E+035.63E+031.27E+031.39E+031.59E+032.25E+031.22E+033.37E+03
worst1.11E+038.61E+031.32E+039.93E+031.20E+037.76E+031.16E+041.36E+034.34E+032.73E+033.58E+031.28E+031.73E+04
std2.34E+001.16E+035.97E+011.37E+033.83E+012.01E+032.83E+035.24E+011.56E+035.48E+026.82E+023.05E+016.48E+03
median1.10E+037.64E+031.26E+039.09E+031.18E+034.58E+037.05E+031.32E+031.53E+031.82E+032.89E+031.25E+038.06E+03
rank11041229115768313
C17-F12mean1.74E+037.05E+092.09E+071.09E+102.17E+045.09E+092.48E+081.13E+075.27E+073.03E+082.00E+082.57E+067.71E+06
best1.72E+035.82E+092.94E+069.75E+091.55E+042.62E+096.35E+075.23E+065.12E+061.94E+083.86E+072.78E+055.34E+06
worst1.76E+038.95E+095.11E+071.38E+102.77E+046.65E+094.96E+082.73E+071.11E+085.26E+086.38E+085.11E+061.01E+07
std2.19E+011.45E+092.31E+072.08E+095.65E+031.90E+092.17E+081.16E+075.00E+071.64E+083.18E+082.27E+062.35E+06
median1.75E+036.71E+091.48E+071.01E+102.18E+045.54E+092.17E+086.29E+064.76E+072.46E+086.12E+072.45E+067.70E+06
rank11261321195710834
C17-F13mean1.32E+035.73E+091.50E+051.06E+101.89E+031.47E+099.07E+059.12E+047.57E+058.84E+073.66E+043.25E+041.19E+07
best1.31E+032.79E+098.31E+045.55E+091.62E+031.98E+074.28E+053.65E+049.14E+046.14E+072.97E+041.34E+043.24E+06
worst1.32E+038.02E+092.37E+051.30E+102.43E+035.09E+091.34E+061.83E+052.35E+061.30E+085.35E+047.34E+042.57E+07
std2.11E+002.36E+096.97E+043.70E+094.01E+022.65E+095.18E+057.50E+041.17E+063.25E+071.24E+043.00E+041.05E+07
median1.31E+036.05E+091.40E+051.19E+101.76E+033.78E+089.30E+057.26E+042.94E+058.10E+073.16E+042.15E+049.43E+06
rank11261321185710439
C17-F14mean1.42E+031.90E+062.72E+052.20E+061.44E+031.18E+062.23E+062.04E+045.34E+051.40E+051.15E+061.88E+042.01E+06
best1.42E+031.17E+063.80E+041.11E+061.44E+038.42E+053.60E+045.00E+033.44E+048.14E+047.43E+053.18E+033.33E+05
worst1.42E+032.40E+066.29E+053.28E+061.45E+031.66E+066.80E+063.47E+041.14E+061.61E+051.73E+063.43E+043.39E+06
std8.79E-016.28E+052.84E+051.14E+064.07E+004.09E+053.38E+061.39E+046.13E+054.26E+045.05E+051.48E+041.53E+06
median1.42E+032.01E+062.10E+052.21E+061.44E+031.10E+061.03E+062.09E+044.78E+051.59E+051.05E+061.88E+042.16E+06
rank11061229134758311
C17-F15mean1.50E+033.04E+083.75E+045.98E+081.62E+031.44E+075.05E+064.28E+041.58E+075.14E+061.61E+044.78E+039.57E+05
best1.50E+032.63E+081.09E+045.16E+081.58E+035.67E+062.33E+052.48E+049.83E+041.17E+061.14E+041.91E+031.76E+05
worst1.50E+033.37E+086.09E+046.60E+081.64E+033.35E+071.64E+077.09E+045.93E+079.67E+062.18E+048.89E+032.14E+06
std9.31E-013.98E+072.29E+047.69E+072.75E+011.40E+078.34E+062.17E+043.15E+073.79E+064.73E+033.36E+039.80E+05
median1.50E+033.09E+083.91E+046.08E+081.63E+039.21E+061.79E+063.78E+041.98E+064.86E+061.55E+044.16E+037.54E+05
rank11251321086119437
C17-F16mean1.66E+034.32E+033.00E+034.98E+032.03E+033.27E+034.25E+032.59E+032.55E+033.47E+033.67E+032.93E+032.95E+03
best1.61E+033.98E+032.56E+034.19E+031.73E+032.85E+033.49E+032.35E+032.40E+033.27E+033.48E+032.68E+032.61E+03
worst1.74E+034.60E+033.53E+035.68E+032.28E+033.53E+035.10E+032.86E+032.67E+033.70E+033.84E+033.21E+033.30E+03
std6.74E+013.05E+024.33E+028.65E+022.70E+023.26E+027.24E+022.39E+021.52E+022.07E+021.73E+022.90E+023.69E+02
median1.65E+034.35E+032.96E+035.02E+032.05E+033.36E+034.20E+032.58E+032.56E+033.44E+033.68E+032.92E+032.95E+03
rank11271328114391056
C17-F17mean1.73E+033.41E+032.48E+033.72E+031.87E+033.28E+032.85E+032.08E+031.94E+032.20E+032.53E+032.34E+032.16E+03
best1.72E+032.81E+032.33E+033.34E+031.75E+032.22E+032.37E+032.03E+031.81E+031.97E+032.43E+032.10E+032.11E+03
worst1.73E+034.16E+032.60E+034.40E+031.93E+036.04E+033.18E+032.24E+032.09E+032.50E+032.68E+032.74E+032.23E+03
std7.30E+006.26E+021.25E+025.22E+028.30E+012.01E+033.76E+021.10E+021.45E+022.43E+021.34E+023.09E+025.88E+01
median1.73E+033.34E+032.49E+033.57E+031.89E+032.43E+032.93E+032.04E+031.93E+032.16E+032.50E+032.26E+032.15E+03
rank11281321110436975
C17-F18mean1.83E+032.84E+072.65E+063.27E+071.90E+033.64E+075.91E+066.41E+054.20E+051.67E+065.15E+051.37E+053.65E+06
best1.82E+038.19E+062.82E+051.06E+071.87E+031.33E+061.99E+061.61E+057.85E+047.74E+052.89E+059.77E+042.85E+06
worst1.83E+035.52E+075.29E+066.43E+071.91E+036.89E+071.22E+071.73E+061.08E+062.10E+061.00E+061.63E+055.35E+06
std2.94E+002.26E+072.55E+062.48E+071.76E+014.08E+074.77E+067.98E+055.12E+056.61E+053.59E+053.10E+041.25E+06
median1.83E+032.52E+072.52E+062.80E+071.90E+033.76E+074.72E+063.33E+052.61E+051.90E+063.85E+051.44E+053.20E+06
rank11181221310647539
C17-F19mean1.91E+035.81E+086.78E+049.80E+081.92E+032.95E+081.43E+079.40E+054.04E+065.76E+068.18E+044.45E+041.62E+06
best1.91E+034.35E+081.44E+047.08E+081.92E+033.66E+061.87E+062.37E+047.09E+042.99E+064.44E+048.77E+036.41E+05
worst1.91E+037.57E+081.51E+051.49E+091.93E+038.16E+082.48E+072.11E+061.30E+078.18E+061.10E+051.33E+052.88E+06
std2.10E+001.76E+086.47E+043.75E+083.69E+004.08E+081.14E+071.11E+066.56E+062.78E+062.98E+046.47E+041.03E+06
median1.91E+035.67E+085.28E+048.64E+081.92E+031.80E+081.54E+078.12E+051.53E+065.93E+068.64E+041.80E+041.48E+06
rank11241321110689537
C17-F20mean2.07E+032.91E+032.64E+032.96E+032.18E+032.86E+032.84E+032.61E+032.38E+032.80E+033.02E+032.55E+032.48E+03
best2.03E+032.81E+032.48E+032.78E+032.06E+032.71E+032.64E+032.38E+032.20E+032.71E+032.64E+032.50E+032.43E+03
worst2.16E+033.02E+032.88E+033.07E+032.27E+033.01E+033.03E+033.02E+032.55E+032.93E+033.50E+032.69E+032.51E+03
std6.92E+019.42E+011.89E+021.38E+029.33E+011.35E+021.82E+023.06E+021.54E+021.09E+023.92E+029.73E+013.80E+01
median2.04E+032.89E+032.60E+032.99E+032.19E+032.85E+032.86E+032.52E+032.38E+032.79E+032.96E+032.51E+032.49E+03
rank11171221096381354
C17-F21mean2.31E+032.63E+032.44E+032.68E+032.37E+032.54E+032.61E+032.41E+032.39E+032.50E+032.57E+032.44E+032.49E+03
best2.30E+032.53E+032.22E+032.60E+032.36E+032.31E+032.54E+032.37E+032.36E+032.49E+032.55E+032.42E+032.46E+03
worst2.31E+032.69E+032.60E+032.78E+032.38E+032.67E+032.68E+032.44E+032.41E+032.51E+032.61E+032.45E+032.55E+03
std4.85E+008.09E+011.76E+028.19E+011.24E+011.75E+027.75E+013.01E+012.63E+011.21E+012.67E+011.79E+013.92E+01
median2.31E+032.64E+032.48E+032.68E+032.36E+032.58E+032.62E+032.41E+032.40E+032.50E+032.56E+032.44E+032.49E+03
rank11261329114381057
C17-F22mean2.30E+038.04E+035.80E+037.79E+032.30E+038.83E+037.45E+033.97E+032.71E+035.72E+036.36E+034.91E+032.71E+03
best2.30E+037.69E+032.30E+036.75E+032.30E+038.60E+036.49E+032.31E+032.58E+032.73E+034.02E+032.46E+032.63E+03
worst2.30E+038.57E+037.16E+038.84E+032.30E+038.94E+038.31E+036.03E+032.98E+039.03E+037.40E+037.28E+032.76E+03
std0.00E+004.08E+022.54E+039.75E+021.35E+001.76E+028.26E+022.12E+031.98E+023.73E+031.71E+032.41E+037.23E+01
median2.30E+037.94E+036.88E+037.79E+032.30E+038.89E+037.50E+033.77E+032.64E+035.55E+037.02E+034.95E+032.71E+03
rank11281121310547963
C17-F23mean2.66E+033.20E+032.93E+033.26E+032.65E+033.20E+033.05E+032.74E+032.75E+032.91E+033.78E+032.90E+032.98E+03
best2.65E+033.11E+032.82E+033.20E+032.47E+033.08E+032.87E+032.69E+032.73E+032.89E+033.67E+032.87E+032.95E+03
worst2.66E+033.28E+033.11E+033.34E+032.71E+033.41E+033.15E+032.77E+032.77E+032.96E+033.89E+032.96E+033.04E+03
std1.80E+008.70E+011.36E+026.39E+011.29E+021.54E+021.36E+023.47E+011.92E+013.77E+011.26E+024.31E+014.72E+01
median2.65E+033.20E+032.90E+033.24E+032.70E+033.16E+033.09E+032.75E+032.75E+032.89E+033.78E+032.90E+032.96E+03
rank21071211193461358
C17-F24mean2.83E+033.32E+033.18E+033.42E+032.88E+033.29E+033.12E+032.91E+032.92E+033.05E+033.37E+033.14E+033.23E+03
best2.83E+033.28E+033.04E+033.33E+032.87E+033.18E+033.06E+032.86E+032.91E+033.02E+033.34E+033.06E+033.14E+03
worst2.83E+033.40E+033.33E+033.58E+032.89E+033.34E+033.15E+032.93E+032.93E+033.08E+033.41E+033.25E+033.31E+03
std1.25E+005.87E+011.43E+021.25E+021.17E+018.30E+014.76E+013.60E+019.76E+002.83E+013.66E+019.01E+018.92E+01
median2.83E+033.30E+033.17E+033.39E+032.89E+033.32E+033.14E+032.92E+032.93E+033.04E+033.37E+033.12E+033.24E+03
rank11181321063451279
C17-F25mean2.89E+033.96E+032.91E+034.59E+032.89E+033.48E+033.08E+032.91E+032.99E+033.08E+033.00E+032.90E+033.11E+03
best2.89E+033.57E+032.89E+033.98E+032.88E+033.09E+033.05E+032.88E+032.96E+032.95E+032.99E+032.89E+033.09E+03
worst2.89E+034.24E+032.95E+035.41E+032.90E+033.88E+033.10E+032.98E+033.07E+033.22E+033.01E+032.91E+033.12E+03
std8.27E-033.04E+022.88E+016.49E+026.46E+004.16E+022.89E+014.74E+015.58E+011.36E+021.10E+011.28E+011.41E+01
median2.89E+034.00E+032.90E+034.49E+032.89E+033.47E+033.09E+032.89E+032.98E+033.07E+033.00E+032.89E+033.11E+03
rank11241321195687310
C17-F26mean3.58E+039.25E+037.38E+039.85E+032.94E+038.80E+038.44E+034.80E+034.58E+035.96E+037.53E+034.87E+034.40E+03
best3.56E+038.82E+036.07E+039.00E+032.94E+038.13E+037.70E+034.45E+034.18E+034.55E+036.46E+033.54E+034.01E+03
worst3.61E+031.00E+048.15E+031.14E+042.94E+039.23E+039.31E+035.44E+035.20E+037.29E+038.08E+036.43E+034.88E+03
std2.48E+016.15E+029.92E+021.20E+031.69E+005.11E+027.20E+025.02E+024.74E+021.36E+038.23E+021.47E+033.97E+02
median3.57E+039.08E+037.65E+039.52E+032.94E+038.93E+038.38E+034.66E+034.47E+035.99E+037.78E+034.74E+034.36E+03
rank21281311110547963
C17-F27mean3.21E+033.62E+033.36E+033.77E+033.21E+033.48E+033.43E+033.23E+033.25E+033.32E+035.00E+033.28E+033.46E+03
best3.20E+033.56E+033.27E+033.49E+033.20E+033.34E+033.26E+033.21E+033.24E+033.24E+034.54E+033.24E+033.39E+03
worst3.21E+033.72E+033.43E+034.07E+033.24E+033.73E+033.56E+033.26E+033.27E+033.39E+035.33E+033.32E+033.51E+03
std5.06E+007.90E+019.45E+012.69E+021.74E+011.89E+021.40E+022.10E+011.14E+016.84E+014.22E+023.88E+015.92E+01
median3.21E+033.60E+033.36E+033.77E+033.21E+033.42E+033.45E+033.23E+033.25E+033.32E+035.06E+033.28E+033.48E+03
rank11171221083461359
C17-F28mean3.10E+034.81E+033.27E+035.73E+033.22E+034.18E+033.44E+033.26E+033.61E+033.68E+033.53E+033.33E+033.59E+03
best3.10E+034.57E+033.24E+035.42E+033.20E+033.61E+033.38E+033.22E+033.40E+033.53E+033.46E+033.20E+033.54E+03
worst3.10E+035.07E+033.30E+036.06E+033.25E+034.75E+033.50E+033.29E+034.10E+034.03E+033.68E+033.54E+033.65E+03
std2.86E-132.33E+022.85E+013.35E+022.32E+015.78E+025.60E+013.15E+013.62E+022.57E+021.12E+021.75E+025.72E+01
median3.10E+034.80E+033.27E+035.72E+033.21E+034.17E+033.45E+033.26E+033.46E+033.58E+033.49E+033.30E+033.59E+03
rank11241321163910758
C17-F29mean3.35E+035.43E+034.35E+035.66E+033.66E+035.27E+035.12E+033.85E+033.80E+034.53E+035.09E+034.18E+034.30E+03
best3.33E+034.97E+033.99E+035.01E+033.51E+034.72E+034.84E+033.72E+033.71E+034.20E+034.81E+033.98E+033.91E+03
worst3.37E+035.92E+034.57E+036.54E+033.80E+036.17E+035.29E+033.97E+033.92E+035.02E+035.35E+034.43E+034.67E+03
std2.14E+014.96E+022.78E+028.16E+021.43E+027.41E+022.10E+021.16E+021.01E+023.84E+023.15E+022.03E+023.66E+02
median3.36E+035.42E+034.42E+035.54E+033.67E+035.10E+035.17E+033.85E+033.78E+034.45E+035.10E+034.16E+034.32E+03
rank11271321110438956
C17-F30mean5.01E+031.44E+091.44E+062.84E+097.70E+033.87E+073.95E+073.11E+066.42E+063.81E+072.28E+062.74E+057.07E+05
best4.96E+031.06E+095.06E+052.04E+096.38E+031.32E+077.87E+065.59E+051.43E+062.04E+071.99E+067.61E+031.95E+05
worst5.09E+031.58E+092.54E+063.14E+091.03E+049.04E+076.32E+074.46E+061.73E+077.99E+072.74E+061.04E+061.35E+06
std6.42E+012.76E+089.26E+055.82E+081.98E+033.81E+072.51E+071.89E+067.99E+063.05E+073.52E+055.54E+056.12E+05
median4.99E+031.56E+091.35E+063.09E+097.08E+032.56E+074.34E+073.72E+063.46E+062.60E+072.19E+062.55E+046.40E+05
rank11251321011789634
Sum rank3133418236157305284128151232231139204
Mean rank1.07E+001.15E+016.28E+001.24E+011.97E+001.05E+019.79E+004.41E+005.21E+008.00E+007.97E+004.79E+007.03E+00
Total rank11261321110359847
Table 4. Optimization results of the CEC 2017 test suite (dimensions = 50).
Table 4. Optimization results of the CEC 2017 test suite (dimensions = 50).
TVETBOWSOAVOARSAMPATSAWOAMVOGWOTLBOGSAPSOGA
C17-F1mean1.00E+025.97E+109.22E+069.35E+105.62E+063.80E+107.68E+094.06E+069.33E+092.07E+101.71E+102.53E+091.04E+10
best1.00E+025.33E+101.10E+068.17E+102.17E+063.50E+104.53E+092.90E+066.73E+091.41E+101.36E+101.04E+099.88E+09
worst1.00E+026.39E+102.44E+071.02E+111.42E+074.09E+101.15E+105.05E+061.28E+102.79E+102.04E+103.37E+091.12E+10
std0.00E+005.09E+091.13E+079.68E+096.30E+062.66E+093.58E+099.61E+052.74E+097.31E+093.03E+091.12E+096.62E+08
median1.00E+026.08E+105.69E+069.50E+103.03E+063.81E+107.35E+094.14E+068.91E+092.04E+101.72E+102.85E+091.02E+10
rank11241331162710958
C17-F3mean3.00E+021.58E+051.46E+051.57E+051.79E+041.09E+052.33E+054.61E+041.30E+059.80E+041.77E+051.44E+052.63E+05
best3.00E+021.36E+051.12E+051.43E+051.54E+049.56E+041.76E+053.66E+041.14E+057.41E+041.60E+051.08E+052.19E+05
worst3.00E+021.82E+051.78E+051.72E+052.11E+041.16E+053.56E+055.74E+041.45E+051.12E+052.00E+051.88E+053.02E+05
std0.00E+002.12E+043.22E+041.39E+042.76E+031.03E+049.22E+049.43E+031.41E+041.87E+042.12E+043.76E+043.69E+04
median3.00E+021.57E+051.47E+051.58E+051.75E+041.12E+052.01E+054.53E+041.30E+051.03E+051.75E+051.40E+052.65E+05
rank11089251236411713
C17-F4mean4.70E+021.47E+046.97E+022.37E+045.31E+028.29E+031.94E+035.63E+021.43E+032.79E+033.06E+031.01E+031.52E+03
best4.29E+021.14E+046.81E+021.56E+044.96E+026.64E+031.22E+035.26E+021.07E+031.58E+032.55E+036.83E+021.32E+03
worst5.26E+021.68E+047.25E+022.83E+045.83E+021.07E+042.32E+036.41E+021.76E+034.77E+033.25E+031.81E+031.65E+03
std5.39E+012.59E+032.19E+016.29E+034.44E+011.87E+035.33E+025.83E+013.37E+021.53E+033.67E+025.81E+021.59E+02
median4.64E+021.53E+046.91E+022.54E+045.22E+027.90E+032.10E+035.42E+021.45E+032.40E+033.21E+037.81E+021.56E+03
rank11241321183691057
C17-F5mean5.05E+021.10E+038.56E+021.13E+037.35E+021.14E+039.54E+027.38E+027.24E+029.97E+028.05E+027.88E+028.90E+02
best5.04E+021.06E+038.26E+021.11E+036.54E+021.00E+039.13E+026.64E+026.97E+029.55E+027.52E+027.33E+028.60E+02
worst5.06E+021.14E+038.97E+021.14E+037.99E+021.26E+039.79E+028.50E+027.52E+021.02E+038.41E+028.52E+029.11E+02
std1.04E+003.81E+013.36E+011.60E+016.61E+011.35E+023.17E+019.04E+013.23E+013.36E+014.55E+015.30E+012.63E+01
median5.04E+021.09E+038.51E+021.13E+037.44E+021.16E+039.62E+027.18E+027.24E+021.00E+038.13E+027.83E+028.94E+02
rank11171231394210658
C17-F6mean6.00E+026.94E+026.60E+026.96E+026.11E+026.89E+026.97E+026.37E+026.23E+026.64E+026.57E+026.53E+026.48E+02
best6.00E+026.91E+026.55E+026.94E+026.08E+026.69E+026.92E+026.27E+026.17E+026.51E+026.53E+026.51E+026.35E+02
worst6.00E+026.99E+026.65E+026.99E+026.15E+027.06E+027.05E+026.61E+026.32E+026.72E+026.60E+026.57E+026.61E+02
std0.00E+003.97E+005.12E+002.63E+002.99E+001.78E+016.37E+001.76E+017.53E+009.88E+003.72E+002.85E+001.15E+01
median6.00E+026.93E+026.59E+026.96E+026.11E+026.91E+026.96E+026.31E+026.21E+026.66E+026.58E+026.53E+026.48E+02
rank11181221013439765
C17-F7mean7.57E+021.79E+031.66E+031.89E+031.03E+031.68E+031.70E+031.05E+031.06E+031.47E+031.41E+031.20E+031.30E+03
best7.55E+021.76E+031.59E+031.80E+039.71E+021.53E+031.64E+031.01E+031.04E+031.35E+031.24E+031.04E+031.23E+03
worst7.58E+021.82E+031.73E+031.99E+031.07E+031.83E+031.79E+031.08E+031.08E+031.54E+031.54E+031.43E+031.35E+03
std1.69E+002.57E+016.32E+018.56E+015.50E+011.52E+027.55E+013.13E+012.13E+019.30E+011.45E+021.83E+026.19E+01
median7.57E+021.78E+031.66E+031.87E+031.03E+031.68E+031.69E+031.06E+031.07E+031.51E+031.43E+031.16E+031.32E+03
rank11291321011348756
C17-F8mean8.06E+021.42E+031.12E+031.44E+031.01E+031.43E+031.32E+031.02E+031.03E+031.32E+031.14E+031.06E+031.26E+03
best8.03E+021.36E+031.08E+031.41E+039.79E+021.33E+031.19E+039.81E+029.98E+021.26E+031.13E+031.01E+031.21E+03
worst8.11E+021.46E+031.17E+031.47E+031.04E+031.57E+031.43E+031.09E+031.07E+031.37E+031.15E+031.12E+031.28E+03
std3.89E+004.92E+015.75E+012.45E+013.51E+011.09E+021.09E+025.28E+013.53E+015.03E+011.11E+015.58E+013.13E+01
median8.04E+021.42E+031.12E+031.45E+031.01E+031.42E+031.33E+031.01E+031.03E+031.32E+031.14E+031.04E+031.26E+03
rank11161321210349758
C17-F9mean9.00E+023.59E+041.32E+043.61E+043.31E+033.76E+043.28E+041.95E+046.83E+032.39E+041.06E+041.02E+041.27E+04
best9.00E+023.45E+041.26E+043.39E+042.06E+033.47E+043.05E+041.04E+045.93E+031.84E+049.65E+039.46E+031.05E+04
worst9.00E+023.92E+041.40E+043.79E+044.79E+034.20E+043.83E+042.58E+047.77E+032.81E+041.14E+041.16E+041.46E+04
std1.01E-132.44E+036.96E+022.04E+031.23E+033.42E+034.05E+037.86E+031.04E+034.38E+038.09E+021.05E+032.41E+03
median9.00E+023.49E+041.31E+043.63E+043.18E+033.69E+043.11E+042.09E+046.80E+032.45E+041.06E+049.89E+031.29E+04
rank11171221310839546
C17-F10mean4.35E+031.30E+048.32E+031.42E+046.54E+031.17E+041.18E+047.66E+038.66E+031.40E+048.59E+037.79E+031.17E+04
best3.56E+031.25E+047.78E+031.39E+045.64E+031.08E+041.05E+046.35E+036.60E+031.33E+047.74E+037.58E+031.11E+04
worst5.10E+031.37E+048.86E+031.46E+047.15E+031.28E+041.29E+048.74E+031.38E+041.45E+049.68E+038.32E+031.24E+04
std7.01E+026.53E+024.91E+023.33E+027.98E+029.48E+021.14E+031.12E+033.77E+037.27E+028.79E+023.86E+026.12E+02
median4.37E+031.28E+048.32E+031.41E+046.68E+031.17E+041.18E+047.77E+037.10E+031.40E+048.47E+037.62E+031.16E+04
rank11151329103712648
C17-F11mean1.13E+031.53E+041.60E+032.09E+041.25E+031.29E+045.08E+031.57E+036.11E+035.10E+031.41E+041.67E+032.39E+04
best1.12E+031.41E+041.48E+031.86E+041.21E+031.11E+044.48E+031.42E+033.67E+034.78E+031.33E+041.40E+031.40E+04
worst1.13E+031.61E+041.76E+032.27E+041.29E+031.55E+046.36E+031.72E+031.06E+045.67E+031.60E+042.00E+033.21E+04
std5.92E+009.49E+021.37E+021.85E+033.83E+012.06E+039.41E+021.44E+023.49E+034.48E+021.38E+032.78E+028.14E+03
median1.13E+031.56E+041.59E+032.12E+041.26E+031.25E+044.74E+031.57E+035.08E+034.97E+031.36E+041.64E+032.48E+04
rank11141229638710513
C17-F12mean2.91E+034.35E+107.32E+077.10E+101.44E+072.58E+101.32E+097.91E+079.56E+085.04E+092.17E+091.60E+092.04E+08
best2.53E+033.66E+103.10E+075.18E+101.35E+071.09E+101.09E+094.26E+071.50E+082.84E+097.13E+081.27E+076.44E+07
worst3.17E+035.22E+101.13E+089.74E+101.50E+074.34E+101.80E+091.26E+081.78E+099.92E+093.89E+094.63E+092.82E+08
std2.98E+027.68E+094.79E+072.28E+107.66E+051.46E+103.53E+083.81E+078.82E+083.61E+091.43E+092.34E+091.04E+08
median2.96E+034.27E+107.44E+076.75E+101.45E+072.45E+101.19E+097.39E+079.49E+083.70E+092.03E+098.82E+082.35E+08
rank11231321174610985
C17-F13mean1.34E+032.45E+101.49E+054.30E+101.63E+041.01E+109.47E+072.41E+053.57E+085.84E+081.85E+074.76E+084.14E+07
best1.33E+031.42E+103.42E+042.17E+108.63E+035.35E+097.12E+071.50E+051.62E+084.76E+083.12E+045.09E+042.70E+07
worst1.34E+033.35E+103.28E+056.19E+101.92E+041.57E+101.08E+083.76E+058.97E+087.98E+086.23E+071.20E+095.54E+07
std4.66E+009.23E+091.37E+051.83E+105.57E+034.75E+091.75E+071.04E+053.92E+081.58E+083.23E+076.38E+081.38E+07
median1.34E+032.53E+101.17E+054.42E+101.87E+049.62E+091.00E+082.19E+051.84E+085.31E+085.80E+063.51E+084.17E+07
rank11231321174810596
C17-F14mean1.43E+032.59E+071.22E+064.83E+071.56E+032.68E+064.76E+061.91E+051.15E+068.65E+051.51E+075.73E+051.12E+07
best1.43E+038.47E+063.78E+051.48E+071.55E+037.09E+054.22E+061.21E+058.96E+047.13E+053.43E+062.06E+055.51E+06
worst1.43E+035.08E+072.91E+069.79E+071.59E+034.26E+065.66E+063.70E+052.22E+069.97E+052.48E+079.18E+051.93E+07
std2.85E+001.94E+071.25E+063.84E+071.88E+011.60E+066.78E+051.31E+059.46E+051.62E+051.06E+073.17E+056.32E+06
median1.43E+032.22E+077.99E+054.03E+071.56E+032.88E+064.59E+061.36E+051.15E+068.74E+051.61E+075.85E+051.00E+07
rank11271328936511410
C17-F15mean1.53E+032.60E+093.80E+044.18E+092.26E+031.70E+099.91E+061.21E+055.94E+067.05E+071.97E+081.08E+048.57E+06
best1.53E+031.84E+092.34E+043.27E+092.13E+035.85E+089.14E+055.02E+044.23E+044.13E+071.91E+042.77E+032.91E+06
worst1.53E+033.41E+096.99E+044.95E+092.41E+033.71E+091.85E+071.81E+051.57E+079.18E+077.65E+082.13E+041.86E+07
std3.19E+008.02E+082.34E+048.14E+081.61E+021.58E+098.41E+066.32E+047.41E+062.29E+074.12E+088.96E+037.55E+06
median1.53E+032.58E+092.93E+044.25E+092.25E+031.26E+091.01E+071.27E+054.04E+067.44E+071.19E+079.65E+036.38E+06
rank11241321185691037
C17-F16mean2.06E+036.28E+034.35E+037.58E+032.75E+034.64E+035.49E+033.33E+033.32E+034.54E+033.95E+033.34E+033.91E+03
best1.73E+035.46E+034.03E+035.67E+032.59E+034.08E+034.49E+033.09E+032.92E+034.13E+033.61E+032.92E+033.30E+03
worst2.24E+038.03E+034.77E+031.13E+043.02E+034.94E+036.15E+033.57E+033.91E+034.85E+034.36E+033.79E+034.44E+03
std2.53E+021.32E+033.83E+022.81E+032.18E+024.24E+027.97E+022.17E+025.21E+023.30E+023.90E+024.67E+025.38E+02
median2.14E+035.81E+034.31E+036.66E+032.70E+034.77E+035.66E+033.33E+033.23E+034.60E+033.93E+033.32E+033.95E+03
rank11281321011439756
C17-F17mean2.02E+037.62E+033.56E+031.10E+042.56E+033.96E+034.53E+033.07E+032.97E+034.15E+033.82E+033.35E+033.58E+03
best1.90E+035.80E+033.11E+038.06E+032.49E+033.17E+034.06E+032.52E+032.81E+033.51E+033.37E+033.12E+033.35E+03
worst2.14E+039.34E+034.08E+031.44E+042.61E+034.41E+034.75E+033.57E+033.24E+034.53E+034.12E+033.68E+033.83E+03
std1.46E+021.59E+035.05E+022.82E+035.63E+015.89E+023.52E+024.70E+022.05E+024.89E+023.60E+022.87E+022.46E+02
median2.02E+037.66E+033.52E+031.09E+042.57E+034.12E+034.66E+033.10E+032.91E+034.28E+033.89E+033.30E+033.57E+03
rank11261329114310857
C17-F18mean1.83E+037.57E+072.41E+061.12E+082.62E+043.50E+074.52E+072.64E+065.72E+068.20E+068.41E+068.24E+059.47E+06
best1.82E+036.06E+073.12E+055.05E+073.74E+033.15E+061.22E+071.56E+061.09E+065.64E+063.97E+063.51E+053.39E+06
worst1.84E+038.92E+074.41E+061.56E+083.92E+041.00E+088.18E+074.11E+061.14E+071.14E+071.57E+071.35E+062.28E+07
std8.86E+001.35E+072.26E+065.63E+071.69E+044.85E+073.74E+071.33E+065.86E+062.65E+065.82E+064.99E+059.73E+06
median1.83E+037.65E+072.46E+061.21E+083.10E+041.85E+074.33E+072.45E+065.19E+067.88E+066.97E+067.97E+055.86E+06
rank11241321011567839
C17-F19mean1.93E+032.72E+092.60E+053.84E+092.08E+032.67E+096.84E+065.12E+061.16E+065.07E+074.52E+053.94E+059.91E+05
best1.92E+031.30E+099.11E+042.59E+092.02E+039.78E+061.03E+063.90E+065.69E+054.30E+072.60E+052.90E+037.76E+05
worst1.93E+034.54E+095.35E+054.75E+092.11E+037.81E+091.61E+076.35E+061.79E+066.44E+079.90E+059.83E+051.34E+06
std8.61E-011.49E+092.10E+051.04E+094.55E+013.80E+097.06E+061.09E+065.54E+051.03E+073.91E+055.08E+052.91E+05
median1.93E+032.52E+092.06E+054.01E+092.10E+031.44E+095.10E+065.12E+061.15E+064.77E+072.79E+052.94E+059.24E+05
rank11231321198710546
C17-F20mean2.16E+033.83E+033.27E+034.10E+032.66E+033.43E+033.75E+033.28E+032.62E+033.78E+034.04E+033.29E+033.17E+03
best2.10E+033.49E+032.67E+033.82E+032.38E+032.98E+033.45E+033.04E+032.42E+033.65E+033.75E+032.88E+033.10E+03
worst2.32E+034.01E+033.80E+034.26E+032.94E+033.65E+034.34E+033.75E+032.83E+033.95E+034.32E+033.47E+033.30E+03
std1.19E+022.55E+025.29E+022.13E+022.60E+023.34E+024.41E+023.52E+022.33E+021.40E+022.55E+022.98E+029.63E+01
median2.11E+033.91E+033.30E+034.15E+032.66E+033.56E+033.61E+033.16E+032.62E+033.75E+034.05E+033.40E+033.14E+03
rank11151338962101274
C17-F21mean2.31E+032.99E+032.76E+033.03E+032.45E+032.96E+032.95E+032.57E+032.52E+032.82E+032.84E+032.66E+032.75E+03
best2.31E+032.96E+032.63E+032.93E+032.43E+032.85E+032.84E+032.54E+032.47E+032.80E+032.77E+032.59E+032.73E+03
worst2.33E+033.03E+032.95E+033.12E+032.47E+033.13E+033.05E+032.61E+032.56E+032.87E+032.88E+032.77E+032.77E+03
std1.08E+013.88E+011.46E+029.96E+012.51E+011.30E+029.84E+014.16E+014.53E+013.51E+015.45E+018.62E+012.27E+01
median2.31E+033.00E+032.72E+033.04E+032.45E+032.93E+032.96E+032.57E+032.53E+032.81E+032.86E+032.64E+032.75E+03
rank11271321110438956
C17-F22mean3.10E+031.50E+041.12E+041.63E+045.36E+031.38E+041.37E+049.01E+038.89E+031.57E+041.15E+049.77E+038.85E+03
best2.30E+031.47E+048.83E+031.61E+042.32E+031.33E+041.31E+046.98E+037.84E+031.53E+041.12E+048.96E+034.03E+03
worst5.48E+031.52E+041.29E+041.65E+048.56E+031.44E+041.41E+041.03E+049.31E+031.63E+041.18E+041.03E+041.36E+04
std1.73E+032.17E+022.07E+032.49E+023.70E+034.87E+024.60E+021.56E+037.69E+026.06E+022.93E+026.42E+025.73E+03
median2.30E+031.51E+041.15E+041.63E+045.28E+031.37E+041.38E+049.37E+039.20E+031.57E+041.14E+049.92E+038.87E+03
rank11171321095412863
C17-F23mean2.74E+033.83E+033.30E+033.91E+032.89E+033.75E+033.76E+032.99E+033.02E+033.29E+034.78E+033.38E+033.37E+03
best2.73E+033.75E+033.21E+033.86E+032.88E+033.54E+033.57E+032.95E+032.94E+033.20E+034.58E+033.32E+033.24E+03
worst2.75E+033.93E+033.38E+033.95E+032.91E+034.10E+033.86E+033.07E+033.16E+033.36E+034.95E+033.44E+033.51E+03
std1.09E+018.51E+018.65E+014.13E+011.57E+012.88E+021.40E+026.04E+011.06E+027.21E+011.66E+027.32E+011.21E+02
median2.75E+033.82E+033.30E+033.91E+032.89E+033.69E+033.80E+032.98E+032.99E+033.30E+034.79E+033.39E+033.36E+03
rank11161229103451387
C17-F24mean2.92E+034.23E+033.52E+034.51E+033.07E+034.02E+033.84E+033.14E+033.20E+033.46E+034.40E+033.47E+033.67E+03
best2.91E+033.97E+033.41E+034.01E+033.04E+033.92E+033.73E+033.10E+033.10E+033.38E+034.37E+033.31E+033.63E+03
worst2.92E+034.81E+033.71E+035.72E+033.11E+034.16E+033.90E+033.17E+033.33E+033.52E+034.46E+033.63E+033.77E+03
std7.42E+004.24E+021.42E+028.88E+023.37E+011.19E+028.43E+013.54E+011.06E+027.03E+014.55E+011.56E+027.30E+01
median2.92E+034.07E+033.48E+034.15E+033.06E+034.00E+033.87E+033.14E+033.19E+033.46E+034.39E+033.47E+033.64E+03
rank11171321093451268
C17-F25mean2.98E+038.66E+033.18E+031.20E+043.07E+036.04E+034.17E+033.06E+034.04E+034.39E+034.29E+033.12E+034.06E+03
best2.98E+037.13E+033.15E+039.65E+033.05E+034.90E+033.75E+033.02E+033.85E+033.90E+033.94E+033.08E+033.95E+03
worst2.99E+039.63E+033.23E+031.35E+043.09E+037.12E+034.48E+033.08E+034.25E+034.99E+034.96E+033.17E+034.18E+03
std6.30E+001.21E+033.54E+011.96E+031.78E+011.04E+033.36E+022.70E+012.30E+025.99E+025.22E+025.29E+011.05E+02
median2.98E+038.94E+033.17E+031.25E+043.07E+036.07E+034.22E+033.06E+034.04E+034.33E+034.13E+033.12E+034.05E+03
rank11251331182610947
C17-F26mean3.78E+031.42E+041.11E+041.52E+043.32E+031.27E+041.39E+045.82E+036.55E+039.80E+031.16E+048.18E+039.05E+03
best3.75E+031.40E+041.05E+041.46E+043.12E+031.06E+041.30E+045.32E+036.15E+038.98E+031.13E+047.59E+037.16E+03
worst3.79E+031.44E+041.16E+041.62E+043.62E+031.40E+041.57E+046.09E+036.92E+031.06E+041.21E+048.75E+031.15E+04
std2.12E+012.18E+024.62E+027.52E+022.46E+021.62E+031.30E+033.78E+024.38E+027.23E+023.46E+025.63E+022.25E+03
median3.78E+031.42E+041.11E+041.50E+043.28E+031.32E+041.35E+045.93E+036.56E+039.83E+031.16E+048.19E+038.77E+03
rank21281311011347956
C17-F27mean3.25E+034.82E+033.86E+035.01E+033.39E+034.73E+034.47E+033.36E+033.65E+033.84E+038.15E+033.65E+034.46E+03
best3.23E+034.50E+033.81E+034.63E+033.28E+034.00E+033.89E+033.32E+033.60E+033.64E+037.89E+033.38E+034.35E+03
worst3.31E+035.04E+033.92E+035.28E+033.49E+035.23E+035.06E+033.44E+033.70E+034.01E+038.51E+033.90E+034.61E+03
std4.54E+012.59E+025.61E+013.39E+029.44E+015.79E+025.98E+025.51E+015.63E+011.77E+023.28E+022.53E+021.20E+02
median3.23E+034.87E+033.85E+035.06E+033.39E+034.84E+034.47E+033.35E+033.64E+033.85E+038.09E+033.66E+034.44E+03
rank11171231092461358
C17-F28mean3.26E+038.79E+033.60E+031.13E+043.35E+037.30E+034.84E+033.29E+034.42E+035.27E+035.08E+033.88E+035.06E+03
best3.26E+037.93E+033.51E+039.97E+033.32E+035.91E+034.22E+033.26E+034.14E+034.64E+035.02E+033.56E+034.81E+03
worst3.26E+031.10E+043.69E+031.47E+043.40E+038.74E+035.08E+033.31E+034.76E+035.83E+035.20E+034.40E+035.25E+03
std0.00E+001.60E+039.38E+012.50E+034.43E+011.56E+034.49E+022.21E+013.14E+025.29E+029.05E+013.98E+022.36E+02
median3.26E+038.13E+033.59E+031.02E+043.35E+037.28E+035.03E+033.29E+034.38E+035.31E+035.05E+033.78E+035.10E+03
rank11241331172610958
C17-F29mean3.26E+031.38E+045.53E+031.97E+044.11E+036.95E+039.12E+034.86E+034.90E+036.58E+038.24E+034.86E+036.19E+03
best3.25E+039.06E+035.38E+031.04E+043.74E+036.49E+036.13E+034.40E+034.69E+035.66E+036.78E+034.63E+035.87E+03
worst3.28E+031.89E+045.68E+033.12E+044.35E+037.48E+031.20E+045.47E+035.20E+037.58E+031.08E+044.95E+036.80E+03
std1.90E+014.93E+031.30E+021.01E+043.00E+024.46E+022.61E+034.84E+022.55E+029.90E+021.98E+031.69E+024.74E+02
median3.26E+031.35E+045.53E+031.86E+044.16E+036.91E+039.19E+034.78E+034.85E+036.53E+037.68E+034.93E+036.04E+03
rank11261329113581047
C17-F30mean6.24E+053.28E+092.19E+075.50E+091.66E+061.66E+091.59E+087.05E+071.40E+083.01E+081.85E+084.82E+065.85E+07
best5.82E+052.53E+091.34E+073.37E+091.25E+062.03E+081.07E+086.37E+076.75E+072.09E+081.41E+083.36E+064.72E+07
worst6.56E+054.45E+093.00E+078.62E+092.71E+063.37E+092.19E+088.11E+072.07E+083.81E+082.42E+086.70E+068.21E+07
std3.55E+049.10E+088.88E+062.46E+097.62E+051.77E+096.10E+078.21E+067.67E+077.80E+074.59E+071.79E+061.76E+07
median6.28E+053.06E+092.21E+074.99E+091.34E+061.53E+091.54E+086.86E+071.42E+083.06E+081.78E+084.60E+065.23E+07
rank11241321186710935
Sum rank3033516636763294269112144248254150207
Mean rank1.03E+001.16E+015.72E+001.27E+012.17E+001.01E+019.28E+003.86E+004.97E+008.55E+008.76E+005.17E+007.14E+00
Total rank11261321110348957
Table 5. Optimization results of the CEC 2017 test suite (dimensions = 100).
Table 5. Optimization results of the CEC 2017 test suite (dimensions = 100).
TVETBOWSOAVOARSAMPATSAWOAMVOGWOTLBOGSAPSOGA
C17-F1mean1.00E+021.67E+113.82E+092.33E+115.19E+081.26E+116.27E+106.58E+075.71E+109.11E+101.36E+112.00E+105.61E+10
best1.00E+021.63E+111.86E+092.29E+113.93E+081.11E+115.92E+105.48E+074.95E+108.67E+101.25E+111.35E+105.31E+10
worst1.00E+021.71E+115.50E+092.35E+116.56E+081.41E+117.02E+107.70E+076.46E+101.00E+111.46E+112.72E+106.34E+10
std1.26E-143.71E+091.63E+092.92E+091.38E+081.35E+105.49E+091.18E+077.81E+096.87E+099.44E+098.22E+095.33E+09
median1.00E+021.67E+113.97E+092.34E+115.14E+081.26E+116.07E+106.56E+075.71E+108.87E+101.37E+111.97E+105.39E+10
rank11241331082791156
C17-F3mean3.00E+024.28E+053.26E+053.22E+051.58E+053.63E+057.88E+054.66E+053.68E+052.96E+053.43E+055.40E+055.77E+05
best3.00E+023.90E+053.18E+053.11E+051.21E+052.91E+056.90E+053.87E+053.37E+052.77E+053.17E+054.09E+055.53E+05
worst3.00E+024.47E+053.33E+053.29E+051.91E+054.15E+059.13E+055.57E+054.03E+053.13E+053.75E+057.58E+055.95E+05
std0.00E+002.93E+046.86E+039.22E+033.31E+045.70E+041.05E+059.45E+043.85E+041.58E+042.62E+041.76E+052.04E+04
median3.00E+024.37E+053.26E+053.25E+051.60E+053.73E+057.75E+054.59E+053.66E+052.96E+053.40E+054.97E+055.79E+05
rank19542713108361112
C17-F4mean6.02E+024.45E+041.55E+037.50E+041.02E+031.60E+041.09E+047.60E+024.46E+031.07E+043.41E+042.47E+039.19E+03
best5.92E+024.09E+041.30E+036.80E+049.06E+021.05E+049.31E+037.05E+023.43E+031.02E+042.71E+041.49E+038.69E+03
worst6.12E+024.88E+041.71E+038.36E+041.13E+032.13E+041.20E+048.21E+026.70E+031.16E+043.85E+043.12E+039.77E+03
std1.27E+013.66E+032.01E+027.03E+031.20E+024.85E+031.24E+035.24E+011.64E+037.13E+026.02E+037.61E+025.46E+02
median6.02E+024.41E+041.60E+037.42E+041.02E+031.61E+041.12E+047.57E+023.86E+031.05E+043.53E+042.63E+039.16E+03
rank11241331092681157
C17-F5mean5.13E+021.95E+031.29E+031.92E+031.20E+032.10E+031.80E+031.21E+031.16E+031.84E+031.31E+031.38E+031.55E+03
best5.11E+021.93E+031.27E+031.89E+031.07E+032.08E+031.71E+031.10E+031.10E+031.81E+031.27E+031.29E+031.41E+03
worst5.15E+021.96E+031.30E+031.96E+031.28E+032.13E+031.95E+031.28E+031.21E+031.86E+031.34E+031.55E+031.64E+03
std1.98E+001.43E+019.55E+003.80E+011.10E+022.69E+011.16E+028.64E+014.93E+012.48E+013.65E+011.37E+021.13E+02
median5.13E+021.96E+031.29E+031.92E+031.22E+032.10E+031.77E+031.23E+031.16E+031.83E+031.31E+031.35E+031.58E+03
rank11251131394210678
C17-F6mean6.00E+027.03E+026.60E+027.02E+026.36E+027.08E+027.01E+026.72E+026.39E+026.79E+026.62E+026.60E+026.61E+02
best6.00E+027.01E+026.56E+026.97E+026.33E+026.96E+026.91E+026.66E+026.34E+026.70E+026.60E+026.53E+026.54E+02
worst6.00E+027.06E+026.64E+027.05E+026.43E+027.16E+027.18E+026.79E+026.45E+026.84E+026.66E+026.65E+026.67E+02
std0.00E+002.51E+003.64E+003.68E+005.18E+001.07E+011.29E+015.94E+005.21E+007.16E+003.19E+006.60E+006.90E+00
median6.00E+027.03E+026.60E+027.03E+026.35E+027.10E+026.97E+026.73E+026.38E+026.81E+026.61E+026.60E+026.62E+02
rank11251121310839746
C17-F7mean8.11E+023.53E+033.01E+033.64E+031.81E+033.36E+033.50E+031.97E+031.98E+033.03E+033.05E+032.42E+032.52E+03
best8.10E+023.44E+032.86E+033.55E+031.75E+033.18E+033.38E+031.81E+031.80E+032.89E+032.93E+032.16E+032.42E+03
worst8.13E+023.63E+033.14E+033.72E+031.89E+033.52E+033.67E+032.09E+032.12E+033.15E+033.27E+032.54E+032.74E+03
std1.59E+008.29E+011.56E+027.71E+016.43E+011.67E+021.45E+021.26E+021.47E+021.16E+021.62E+021.95E+021.58E+02
median8.11E+023.52E+033.03E+033.65E+031.80E+033.36E+033.47E+031.99E+032.01E+033.04E+033.01E+032.50E+032.46E+03
rank11271321011348956
C17-F8mean8.12E+022.37E+031.71E+032.42E+031.41E+032.35E+032.27E+031.43E+031.49E+032.21E+031.79E+031.68E+031.99E+03
best8.09E+022.32E+031.65E+032.40E+031.24E+032.28E+032.07E+031.28E+031.39E+032.14E+031.71E+031.64E+031.94E+03
worst8.17E+022.43E+031.73E+032.44E+031.51E+032.43E+032.42E+031.61E+031.63E+032.26E+031.92E+031.77E+032.04E+03
std3.70E+005.07E+014.11E+011.86E+011.29E+027.97E+011.93E+021.47E+021.18E+025.39E+011.01E+026.79E+014.68E+01
median8.12E+022.37E+031.72E+032.43E+031.44E+032.34E+032.29E+031.42E+031.48E+032.21E+031.77E+031.65E+031.99E+03
rank11261321110349758
C17-F9mean9.00E+028.69E+042.56E+047.45E+042.16E+041.16E+057.41E+045.71E+043.47E+047.18E+042.27E+043.17E+044.44E+04
best9.00E+027.76E+042.13E+047.20E+042.01E+049.53E+045.76E+044.82E+042.15E+046.88E+042.12E+042.68E+044.02E+04
worst9.00E+021.00E+052.88E+047.66E+042.23E+041.45E+059.33E+046.50E+044.72E+047.34E+042.40E+043.53E+045.00E+04
std1.01E-131.07E+043.40E+032.14E+031.10E+032.27E+041.94E+047.53E+031.37E+042.31E+031.27E+034.12E+034.48E+03
median9.00E+028.49E+042.61E+047.48E+042.21E+041.12E+057.27E+045.77E+043.51E+047.25E+042.29E+043.23E+044.36E+04
rank11241121310869357
C17-F10mean1.10E+042.98E+041.58E+043.11E+041.38E+042.89E+042.79E+041.68E+041.51E+043.11E+041.70E+041.69E+042.57E+04
best9.63E+032.95E+041.32E+043.02E+041.31E+042.82E+042.70E+041.62E+041.40E+042.99E+041.53E+041.51E+042.52E+04
worst1.19E+043.00E+041.80E+043.15E+041.46E+042.98E+042.92E+041.74E+041.56E+043.21E+041.80E+041.82E+042.62E+04
std1.05E+032.66E+022.29E+036.69E+026.87E+027.83E+021.09E+035.50E+028.13E+021.02E+031.38E+031.40E+034.51E+02
median1.13E+042.98E+041.60E+043.13E+041.37E+042.88E+042.76E+041.68E+041.53E+043.11E+041.74E+041.71E+042.57E+04
rank11141221095313768
C17-F11mean1.16E+031.61E+056.28E+042.02E+054.72E+036.40E+042.04E+054.52E+038.54E+047.03E+041.69E+055.10E+041.36E+05
best1.14E+031.25E+055.64E+041.55E+053.72E+032.92E+041.19E+053.93E+037.09E+045.93E+041.41E+052.32E+041.04E+05
worst1.22E+031.88E+057.51E+042.88E+055.63E+039.16E+043.29E+054.79E+039.62E+048.96E+041.97E+051.04E+051.88E+05
std4.25E+012.92E+049.37E+036.54E+048.97E+022.81E+041.06E+054.28E+021.18E+041.45E+042.53E+043.94E+044.00E+04
median1.14E+031.66E+055.99E+041.83E+054.76E+036.77E+041.84E+054.68E+038.72E+046.61E+041.69E+053.83E+041.27E+05
rank11051236132871149
C17-F12mean5.97E+031.03E+116.45E+081.68E+112.55E+085.57E+101.29E+103.26E+081.12E+102.15E+106.55E+109.89E+091.21E+10
best5.38E+037.34E+103.42E+081.26E+111.42E+082.86E+101.05E+102.07E+087.76E+091.69E+105.68E+101.28E+091.10E+10
worst6.57E+031.15E+111.03E+091.95E+113.06E+089.24E+101.48E+105.12E+081.33E+102.96E+107.70E+101.88E+101.43E+10
std5.38E+022.18E+103.23E+083.47E+108.25E+072.90E+101.96E+091.46E+082.62E+096.33E+099.16E+098.68E+091.62E+09
median5.97E+031.12E+116.04E+081.76E+112.86E+085.09E+101.32E+102.92E+081.19E+101.97E+106.40E+109.74E+091.15E+10
rank11241321083691157
C17-F13mean1.41E+032.73E+109.63E+044.18E+109.50E+042.09E+105.12E+083.47E+059.28E+082.76E+098.56E+091.73E+091.71E+08
best1.37E+032.38E+106.80E+043.24E+104.07E+041.49E+103.65E+083.06E+058.01E+071.91E+095.26E+091.91E+081.34E+08
worst1.44E+033.03E+101.31E+054.74E+102.36E+052.51E+106.93E+084.05E+052.45E+093.34E+091.10E+103.13E+092.06E+08
std3.78E+013.69E+092.92E+047.57E+091.03E+054.70E+091.84E+084.71E+041.19E+097.10E+082.61E+091.57E+094.05E+07
median1.41E+032.76E+109.30E+044.38E+105.17E+042.19E+104.96E+083.39E+055.90E+082.90E+098.99E+091.80E+091.72E+08
rank11231321164791085
C17-F14mean1.47E+034.46E+076.55E+067.82E+078.92E+048.74E+061.43E+072.98E+069.44E+061.37E+071.13E+078.00E+051.03E+07
best1.46E+033.85E+073.97E+067.13E+072.55E+043.97E+068.22E+068.99E+055.97E+061.02E+078.70E+063.80E+055.77E+06
worst1.47E+035.09E+071.09E+078.56E+071.90E+051.70E+071.95E+074.10E+061.42E+071.75E+071.69E+071.66E+061.52E+07
std6.58E+005.94E+063.31E+067.47E+068.00E+046.27E+065.06E+061.55E+063.90E+064.14E+064.14E+066.35E+054.27E+06
median1.47E+034.45E+075.68E+067.80E+077.09E+046.96E+061.47E+073.46E+068.82E+061.35E+079.76E+065.80E+051.01E+07
rank11251326114710938
C17-F15mean1.61E+031.51E+108.28E+042.31E+105.50E+041.18E+106.88E+071.24E+054.92E+081.17E+091.22E+093.28E+081.25E+07
best1.55E+031.40E+106.77E+041.65E+101.59E+042.46E+083.83E+078.50E+043.23E+073.91E+084.88E+086.04E+048.03E+06
worst1.65E+031.70E+101.04E+052.88E+108.35E+042.22E+101.32E+081.83E+051.48E+092.50E+091.56E+091.29E+092.12E+07
std4.80E+011.43E+091.89E+046.64E+093.11E+041.04E+104.67E+074.69E+047.26E+081.01E+095.39E+087.00E+086.52E+06
median1.62E+031.48E+107.98E+042.36E+106.03E+041.25E+105.24E+071.15E+052.31E+088.95E+081.41E+098.48E+061.03E+07
rank11231321164891075
C17-F16mean2.71E+031.87E+047.06E+032.23E+045.48E+031.44E+041.60E+046.53E+036.05E+031.13E+041.09E+046.42E+031.04E+04
best2.17E+031.73E+045.87E+031.75E+045.38E+031.19E+041.30E+045.79E+035.46E+031.08E+049.46E+036.12E+039.36E+03
worst3.40E+031.93E+047.79E+032.50E+045.62E+031.72E+041.77E+047.03E+036.74E+031.24E+041.26E+046.66E+031.12E+04
std5.55E+029.64E+029.12E+023.68E+031.11E+022.39E+032.28E+035.92E+027.09E+028.27E+021.55E+032.43E+029.17E+02
median2.64E+031.90E+047.29E+032.34E+045.46E+031.42E+041.66E+046.66E+035.99E+031.11E+041.08E+046.45E+031.05E+04
rank11261321011539847
C17-F17mean2.72E+034.15E+065.79E+038.16E+064.61E+032.15E+051.68E+044.93E+035.45E+038.64E+034.57E+046.04E+037.08E+03
best2.28E+031.22E+065.59E+032.21E+064.40E+031.01E+041.03E+044.49E+034.39E+038.52E+032.99E+045.77E+036.87E+03
worst3.43E+039.44E+066.25E+031.88E+074.84E+035.71E+052.84E+045.26E+037.05E+038.78E+037.42E+046.30E+037.26E+03
std5.60E+024.22E+063.40E+028.48E+062.31E+022.67E+058.84E+034.09E+021.27E+031.51E+022.13E+042.48E+021.80E+02
median2.58E+032.97E+065.66E+035.83E+064.60E+031.39E+051.42E+044.98E+035.19E+038.63E+033.93E+046.04E+037.09E+03
rank11251321193481067
C17-F18mean1.90E+035.74E+072.77E+061.01E+082.28E+051.47E+071.18E+074.83E+061.08E+071.59E+071.16E+076.33E+065.94E+06
best1.88E+032.60E+071.38E+063.93E+071.59E+055.49E+068.78E+063.57E+063.39E+061.17E+075.33E+063.91E+064.76E+06
worst1.92E+031.04E+084.38E+061.85E+084.11E+052.99E+071.40E+078.11E+061.74E+072.25E+072.57E+079.12E+068.59E+06
std2.11E+013.62E+071.48E+066.69E+071.33E+051.20E+072.58E+062.39E+066.28E+065.04E+061.04E+072.63E+061.96E+06
median1.91E+034.99E+072.66E+069.03E+071.71E+051.16E+071.22E+073.81E+061.11E+071.47E+077.60E+066.14E+065.20E+06
rank11231321094711865
C17-F19mean1.97E+031.25E+102.83E+062.20E+102.75E+054.97E+091.32E+081.64E+073.55E+086.58E+081.55E+092.65E+081.26E+07
best1.97E+031.10E+101.08E+061.61E+105.80E+042.20E+095.23E+079.55E+062.82E+062.86E+082.80E+084.41E+076.43E+06
worst1.98E+031.47E+105.21E+062.74E+104.67E+059.87E+092.22E+082.60E+071.07E+091.51E+092.93E+095.74E+082.28E+07
std4.94E+001.81E+091.90E+065.08E+091.85E+053.69E+098.56E+078.85E+065.41E+086.28E+081.44E+092.79E+087.89E+06
median1.97E+031.22E+102.52E+062.23E+102.89E+053.90E+091.26E+081.50E+071.75E+084.17E+081.50E+092.21E+081.06E+07
rank11231321165891074
C17-F20mean3.19E+037.24E+036.14E+037.49E+034.48E+036.98E+037.00E+035.78E+036.04E+037.20E+036.29E+035.35E+036.24E+03
best2.81E+037.05E+035.77E+037.36E+034.43E+036.37E+036.54E+035.46E+034.80E+036.40E+035.82E+034.63E+035.64E+03
worst3.66E+037.41E+036.44E+037.56E+034.56E+037.74E+037.37E+036.33E+036.93E+037.56E+036.56E+036.20E+036.73E+03
std4.78E+021.61E+023.37E+029.79E+015.86E+016.40E+023.94E+024.12E+021.16E+035.82E+023.59E+027.28E+025.65E+02
median3.15E+037.25E+036.18E+037.52E+034.47E+036.91E+037.04E+035.67E+036.22E+037.42E+036.38E+035.28E+036.29E+03
rank11261329104511837
C17-F21mean2.34E+034.25E+033.64E+034.37E+032.82E+034.09E+034.19E+033.22E+032.97E+033.68E+034.67E+033.56E+033.40E+03
best2.34E+034.21E+033.43E+034.30E+032.78E+033.95E+033.89E+033.15E+032.88E+033.52E+034.12E+033.37E+033.36E+03
worst2.35E+034.32E+033.78E+034.43E+032.86E+034.19E+034.42E+033.35E+033.02E+033.87E+035.12E+033.91E+033.45E+03
std3.66E+006.05E+011.62E+026.28E+013.65E+011.28E+022.57E+029.68E+016.24E+011.58E+024.50E+022.65E+023.98E+01
median2.34E+034.24E+033.68E+034.38E+032.83E+034.11E+034.23E+033.19E+032.98E+033.67E+034.73E+033.48E+033.39E+03
rank11171229104381365
C17-F22mean1.17E+043.14E+042.01E+043.31E+041.86E+043.04E+042.88E+041.72E+042.32E+043.30E+042.10E+042.18E+042.85E+04
best1.11E+043.06E+041.87E+043.27E+041.72E+042.93E+042.73E+041.62E+041.84E+043.20E+042.03E+042.03E+042.75E+04
worst1.26E+043.19E+042.20E+043.37E+042.03E+043.15E+043.00E+041.79E+043.42E+043.34E+042.13E+042.34E+042.93E+04
std7.10E+026.32E+021.58E+034.97E+021.39E+039.96E+021.29E+039.31E+028.16E+037.19E+025.41E+021.38E+039.37E+02
median1.16E+043.16E+041.99E+043.30E+041.84E+043.05E+042.90E+041.74E+042.00E+043.32E+042.12E+042.17E+042.86E+04
rank11141331092712568
C17-F23mean2.88E+035.31E+034.10E+035.32E+033.29E+035.43E+035.13E+033.48E+033.61E+034.20E+037.85E+034.85E+034.25E+03
best2.87E+035.06E+034.02E+035.05E+033.28E+034.67E+034.98E+033.39E+033.58E+034.15E+037.25E+034.33E+034.19E+03
worst2.88E+035.61E+034.19E+035.53E+033.32E+036.46E+035.27E+033.60E+033.66E+034.28E+038.27E+035.13E+034.32E+03
std5.67E+002.66E+028.52E+012.15E+022.30E+018.71E+021.50E+029.69E+013.90E+016.10E+015.01E+023.91E+027.79E+01
median2.88E+035.29E+034.10E+035.34E+033.29E+035.30E+035.13E+033.47E+033.61E+034.19E+037.94E+034.97E+034.25E+03
rank11051121293461387
C17-F24mean3.33E+038.51E+035.37E+031.05E+043.71E+036.66E+036.37E+033.97E+034.29E+034.75E+031.08E+045.95E+035.37E+03
best3.30E+036.63E+035.15E+037.01E+033.67E+036.17E+035.95E+033.90E+034.05E+034.51E+031.01E+045.58E+035.28E+03
worst3.36E+039.79E+035.55E+031.28E+043.78E+036.99E+037.01E+034.08E+034.51E+034.98E+031.25E+046.43E+035.54E+03
std3.22E+011.64E+031.95E+023.04E+035.92E+013.79E+025.05E+029.28E+012.56E+022.09E+021.25E+034.16E+021.30E+02
median3.33E+038.82E+035.39E+031.11E+043.71E+036.74E+036.26E+033.95E+034.30E+034.75E+031.03E+045.90E+035.33E+03
rank11161221093451387
C17-F25mean3.19E+031.52E+044.14E+032.13E+043.68E+031.05E+047.29E+033.41E+036.42E+038.89E+031.10E+044.14E+037.88E+03
best3.14E+031.45E+043.76E+031.97E+043.51E+039.80E+036.67E+033.34E+036.26E+037.66E+031.02E+043.87E+037.16E+03
worst3.26E+031.70E+044.50E+032.47E+043.81E+031.09E+047.68E+033.48E+036.83E+031.05E+041.25E+044.57E+038.61E+03
std6.52E+011.29E+033.32E+022.57E+031.37E+025.32E+024.95E+026.15E+012.96E+021.43E+031.15E+033.64E+028.17E+02
median3.17E+031.47E+044.15E+032.03E+043.71E+031.06E+047.41E+033.41E+036.30E+038.69E+031.07E+044.06E+037.87E+03
rank11241331072691158
C17-F26mean5.76E+033.94E+042.46E+044.53E+041.16E+043.32E+043.38E+041.18E+041.68E+042.38E+043.37E+042.07E+042.29E+04
best5.65E+033.88E+042.17E+044.28E+041.09E+043.20E+043.03E+041.05E+041.49E+041.95E+043.24E+041.85E+042.13E+04
worst5.84E+033.99E+042.75E+044.69E+041.24E+043.40E+043.68E+041.42E+041.84E+042.93E+043.56E+042.27E+042.40E+04
std9.13E+014.77E+022.69E+032.16E+037.94E+029.62E+023.48E+031.79E+031.60E+034.45E+031.47E+031.90E+031.28E+03
median5.77E+033.94E+042.45E+044.58E+041.16E+043.35E+043.41E+041.13E+041.70E+042.32E+043.35E+042.07E+042.32E+04
rank11281329113471056
C17-F27mean3.31E+039.33E+034.16E+031.23E+043.53E+036.61E+036.01E+033.62E+034.08E+034.33E+031.41E+044.08E+035.49E+03
best3.28E+037.84E+033.99E+039.19E+033.49E+036.30E+035.30E+033.58E+033.91E+034.05E+031.37E+043.87E+035.22E+03
worst3.34E+031.08E+044.45E+031.55E+043.57E+036.98E+036.79E+033.72E+034.22E+034.79E+031.43E+044.28E+035.89E+03
std3.09E+011.76E+032.17E+023.70E+033.36E+013.21E+028.74E+027.22E+011.63E+023.59E+023.04E+022.46E+023.08E+02
median3.31E+039.32E+034.11E+031.22E+043.54E+036.57E+035.97E+033.60E+034.10E+034.24E+031.41E+044.07E+035.42E+03
rank11161221093571348
C17-F28mean3.32E+032.09E+044.71E+032.82E+043.77E+031.57E+041.04E+043.46E+039.27E+031.12E+041.88E+047.65E+031.15E+04
best3.32E+031.95E+044.40E+032.53E+043.65E+031.23E+048.86E+033.37E+037.85E+038.72E+031.62E+045.18E+031.05E+04
worst3.33E+032.36E+044.93E+033.19E+043.86E+031.83E+041.14E+043.54E+031.13E+041.33E+042.08E+041.18E+041.26E+04
std4.77E+002.04E+032.43E+023.03E+039.77E+013.11E+031.16E+037.50E+011.59E+032.34E+032.06E+033.30E+031.27E+03
median3.32E+032.03E+044.75E+032.79E+043.79E+031.61E+041.06E+043.46E+038.97E+031.13E+041.91E+046.79E+031.14E+04
rank11241331072681159
C17-F29mean4.45E+031.83E+059.61E+033.49E+056.87E+031.84E+041.65E+048.67E+038.29E+031.24E+042.49E+048.63E+031.18E+04
best4.17E+031.04E+058.33E+031.87E+056.06E+031.41E+041.38E+047.72E+038.12E+031.16E+042.05E+047.97E+031.16E+04
worst4.83E+032.50E+051.04E+044.84E+057.65E+032.33E+041.89E+049.32E+038.61E+031.30E+043.27E+049.54E+031.23E+04
std3.07E+026.75E+049.67E+021.38E+057.09E+024.19E+032.76E+037.56E+022.41E+026.77E+026.15E+038.10E+023.44E+02
median4.40E+031.89E+059.86E+033.62E+056.89E+031.81E+041.67E+048.82E+038.22E+031.25E+042.32E+048.51E+031.17E+04
rank11261321095381147
C17-F30mean5.41E+032.31E+102.76E+073.76E+104.68E+061.33E+101.49E+091.03E+081.83E+093.77E+097.32E+096.02E+086.63E+08
best5.34E+032.02E+101.57E+073.51E+102.08E+068.12E+091.23E+096.31E+077.51E+081.42E+095.22E+091.47E+085.53E+08
worst5.56E+032.51E+104.86E+074.06E+107.64E+061.65E+102.02E+091.26E+082.39E+096.99E+098.86E+091.87E+097.11E+08
std1.10E+022.22E+091.60E+072.59E+092.79E+064.00E+093.92E+083.05E+078.03E+083.04E+091.67E+099.18E+088.03E+07
median5.37E+032.35E+102.31E+073.73E+104.49E+061.44E+101.36E+091.11E+082.09E+093.34E+097.60E+091.98E+086.94E+08
rank11231321174891056
Sum rank2933614035565293265114156249272162203
Mean rank1.00E+001.16E+014.83E+001.22E+012.24E+001.01E+019.14E+003.93E+005.38E+008.59E+009.38E+005.59E+007.00E+00
Total rank11241321193581067
Table 6. Wilcoxon rank sum test results.
Table 6. Wilcoxon rank sum test results.
Compared AlgorithmObjective Function Type
CEC 2017
D = 10D = 30D = 50D = 100
TVETBO vs. WSO2.02E-211.97E-211.97E-211.97E-21
TVETBO vs. AVOA3.77E-193.02E-211.97E-211.97E-21
TVETBO vs. RSA1.97E-211.97E-211.97E-211.97E-21
TVETBO vs. MPA2E-181.56E-166.62E-181.97E-21
TVETBO vs. TSA9.5E-211.97E-211.97E-211.97E-21
TVETBO vs. WOA9.5E-211.97E-211.97E-211.97E-21
TVETBO vs. MVO9.03E-192.13E-211.97E-211.97E-21
TVETBO vs. GWO5.23E-211.97E-211.97E-211.97E-21
TVETBO vs. TLBO3.69E-211.97E-211.97E-211.97E-21
TVETBO vs. GSA1.6E-182.02E-211.97E-211.97E-21
TVETBO vs. PSO1.54E-192.35E-211.97E-211.97E-21
TVETBO vs. GA2.71E-191.97E-211.97E-211.97E-21
Table 7. Optimization results of the CEC 2011 test suite.
Table 7. Optimization results of the CEC 2011 test suite.
TVETBOWSOAVOARSAMPATSAWOAMVOGWOTLBOGSAPSOGA
C11-F1mean5.92E+001.84E+011.34E+012.29E+017.66E+001.91E+011.37E+011.45E+011.11E+011.92E+012.26E+011.86E+012.44E+01
best2.00E-101.62E+019.34E+002.12E+013.92E-011.82E+018.67E+001.17E+011.18E+001.73E+012.07E+011.10E+012.35E+01
worst1.23E+012.11E+011.72E+012.52E+011.27E+012.04E+011.77E+011.69E+011.83E+012.10E+012.40E+012.50E+012.63E+01
std7.20E+002.48E+004.56E+002.00E+005.91E+001.05E+004.32E+002.53E+007.60E+001.62E+001.47E+006.96E+001.42E+00
median5.69E+001.81E+011.34E+012.25E+018.77E+001.90E+011.42E+011.46E+011.25E+011.91E+012.29E+011.93E+012.38E+01
rank17412295631011813
C11-F2mean−2.63E+01−1.38E+01−2.08E+01−1.09E+01−2.50E+01−1.06E+01−1.83E+01−8.01E+00−2.25E+01−1.02E+01−1.51E+01−2.25E+01−1.23E+01
best−2.71E+01−1.53E+01−2.13E+01−1.14E+01−2.57E+01−1.45E+01−2.19E+01−1.01E+01−2.47E+01−1.14E+01−2.03E+01−2.39E+01−1.48E+01
worst−2.54E+01−1.26E+01−2.00E+01−1.04E+01−2.37E+01−8.30E+00−1.41E+01−6.41E+00−1.87E+01−9.13E+00−1.08E+01−2.00E+01−1.05E+01
std7.39E-011.45E+006.13E-015.16E-019.87E-013.10E+004.22E+001.68E+002.76E+009.99E-014.56E+001.81E+002.09E+00
median−2.64E+01−1.38E+01−2.09E+01−1.09E+01−2.54E+01−9.79E+00−1.86E+01−7.75E+00−2.32E+01−1.01E+01−1.45E+01−2.31E+01−1.20E+01
rank18510211613412739
C11-F3mean1.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-05
best1.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-05
worst1.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-05
std2.00E-192.29E-112.63E-095.15E-111.28E-152.46E-146.39E-191.03E-123.85E-158.09E-142.07E-196.02E-202.85E-18
median1.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-051.15E-05
rank11113126841079325
C11-F4mean0.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+00
best0.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+00
worst0.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+00
std0.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+00
median0.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+00
rank1111111111111
C11-F5mean−3.41E+01−2.45E+01−2.79E+01−1.94E+01−3.32E+01−2.69E+01−2.74E+01−2.67E+01−3.15E+01−9.88E+00−2.71E+01−7.63E+00−8.53E+00
best−3.47E+01−2.57E+01−2.90E+01−2.17E+01−3.38E+01−3.15E+01−2.76E+01−3.16E+01−3.42E+01−1.21E+01−3.14E+01−1.13E+01−1.00E+01
worst−3.34E+01−2.35E+01−2.74E+01−1.70E+01−3.19E+01−2.13E+01−2.70E+01−2.42E+01−2.73E+01−8.17E+00−2.39E+01−5.83E+00−6.77E+00
std5.90E-019.89E-017.80E-012.59E+009.67E-014.40E+002.76E-013.66E+003.09E+001.77E+003.49E+002.72E+001.50E+00
median−3.42E+01−2.44E+01−2.76E+01−1.95E+01−3.36E+01−2.74E+01−2.75E+01−2.55E+01−3.22E+01−9.62E+00−2.66E+01−6.69E+00−8.66E+00
rank19410275831161312
C11-F6mean−2.41E+01−1.37E+01−1.88E+01−1.26E+01−2.26E+01−6.93E+00−1.98E+01−8.98E+00−1.95E+01−1.49E+00−2.18E+01−2.39E+00−3.33E+00
best−2.74E+01−1.43E+01−2.02E+01−1.34E+01−2.57E+01−1.63E+01−2.30E+01−1.72E+01−2.22E+01−1.69E+00−2.67E+01−5.29E+00−8.79E+00
worst−2.30E+01−1.33E+01−1.70E+01−1.16E+01−2.13E+01−3.58E+00−1.26E+01−1.42E+00−1.78E+01−1.42E+00−1.74E+01−1.42E+00−1.42E+00
std2.32E+004.57E-011.55E+008.67E-012.22E+006.58E+005.18E+009.04E+002.23E+001.43E-014.20E+002.03E+003.83E+00
median−2.30E+01−1.35E+01−1.91E+01−1.28E+01−2.16E+01−3.92E+00−2.18E+01−8.63E+00−1.89E+01−1.42E+00−2.15E+01−1.42E+00−1.56E+00
rank17682104951331211
C11-F7mean8.61E-011.63E+001.30E+001.95E+009.32E-011.32E+001.77E+008.82E-011.07E+001.75E+001.09E+001.13E+001.77E+00
best5.82E-011.58E+001.15E+001.70E+007.63E-011.15E+001.65E+008.12E-018.08E-011.54E+008.94E-018.27E-011.37E+00
worst1.03E+001.74E+001.44E+002.14E+001.01E+001.69E+001.95E+009.59E-011.31E+001.89E+001.29E+001.38E+001.98E+00
std2.12E-017.90E-021.61E-011.94E-011.21E-012.63E-011.31E-017.85E-022.17E-011.57E-011.91E-013.05E-012.86E-01
median9.18E-011.60E+001.30E+001.99E+009.76E-011.21E+001.74E+008.78E-011.09E+001.78E+001.08E+001.16E+001.86E+00
rank19713381224105611
C11-F8mean2.20E+022.87E+022.41E+023.29E+022.23E+022.59E+022.68E+022.24E+022.28E+022.24E+022.47E+024.78E+022.23E+02
best2.20E+022.60E+022.24E+022.87E+022.20E+022.20E+022.46E+022.20E+022.20E+022.20E+022.20E+022.49E+022.20E+02
worst2.20E+023.23E+022.59E+023.75E+022.25E+023.59E+023.15E+022.37E+022.35E+022.37E+022.96E+025.83E+022.30E+02
std0.00E+002.92E+011.58E+013.82E+013.07E+007.10E+013.37E+018.88E+009.22E+008.88E+003.79E+011.66E+025.42E+00
median2.20E+022.83E+022.41E+023.27E+022.23E+022.28E+022.55E+022.20E+022.28E+022.20E+022.37E+025.41E+022.20E+02
rank1106112894547123
C11-F9mean8.79E+035.77E+053.92E+051.10E+062.06E+046.83E+043.88E+051.38E+054.43E+044.23E+058.53E+051.12E+062.01E+06
best5.46E+033.86E+053.47E+057.18E+051.12E+044.91E+042.15E+057.80E+041.88E+043.50E+057.30E+059.00E+051.93E+06
worst1.40E+046.64E+054.22E+051.29E+062.96E+048.69E+046.58E+052.09E+057.77E+045.43E+059.19E+051.37E+062.13E+06
std3.89E+031.38E+053.47E+042.73E+058.52E+031.69E+042.12E+055.67E+042.62E+048.92E+048.83E+042.66E+051.04E+05
median7.83E+036.30E+054.00E+051.20E+062.09E+046.87E+043.40E+051.32E+054.03E+044.00E+058.82E+051.11E+062.00E+06
rank19711246538101213
C11-F10mean−2.15E+01−1.37E+01−1.68E+01−1.20E+01−1.89E+01−1.41E+01−1.26E+01−1.45E+01−1.38E+01−1.09E+01−1.29E+01−1.10E+01−1.07E+01
best−2.18E+01−1.50E+01−1.70E+01−1.23E+01−1.93E+01−1.88E+01−1.33E+01−2.12E+01−1.43E+01−1.10E+01−1.34E+01−1.11E+01−1.08E+01
worst−2.08E+01−1.31E+01−1.64E+01−1.17E+01−1.86E+01−1.17E+01−1.21E+01−1.11E+01−1.26E+01−1.09E+01−1.20E+01−1.10E+01−1.07E+01
std4.99E-019.00E-012.70E-013.04E-014.23E-013.35E+005.42E-014.77E+008.54E-017.62E-026.82E-013.28E-024.23E-02
median-2.17E+01−1.34E+01−1.68E+01−1.19E+01−1.89E+01−1.31E+01−1.25E+01−1.28E+01−1.42E+01−1.09E+01−1.30E+01−1.10E+01−1.07E+01
rank17310259461281113
C11-F11mean5.72E+055.99E+061.01E+069.15E+061.70E+066.14E+061.24E+061.33E+063.95E+065.37E+061.44E+065.39E+066.32E+06
best2.61E+055.71E+067.90E+058.86E+061.58E+065.11E+061.13E+066.10E+053.75E+065.35E+061.29E+065.37E+066.29E+06
worst8.29E+056.36E+061.18E+069.34E+061.83E+067.42E+061.40E+062.81E+064.33E+065.39E+061.62E+065.40E+066.40E+06
std2.61E+053.16E+051.80E+052.18E+051.23E+051.00E+061.20E+051.05E+062.74E+051.61E+041.42E+051.62E+045.50E+04
median5.99E+055.94E+061.02E+069.21E+061.69E+066.01E+061.21E+069.58E+053.86E+065.38E+061.43E+065.38E+066.30E+06
rank11021361134785912
C11-F12mean1.20E+068.64E+063.45E+061.37E+071.28E+065.16E+065.98E+061.33E+061.43E+061.48E+075.95E+062.35E+061.50E+07
best1.16E+068.29E+063.35E+061.27E+071.20E+064.88E+065.54E+061.17E+061.26E+061.39E+075.65E+062.18E+061.48E+07
worst1.25E+068.96E+063.52E+061.45E+071.36E+065.31E+066.19E+061.48E+061.57E+061.55E+076.17E+062.57E+061.51E+07
std4.72E+042.95E+057.96E+047.89E+057.23E+042.10E+053.15E+051.32E+051.35E+056.83E+052.34E+051.71E+051.14E+05
median1.20E+068.66E+063.47E+061.37E+071.28E+065.23E+066.09E+061.34E+061.45E+061.49E+075.99E+062.33E+061.50E+07
rank11061127934128513
C11-F13mean1.54E+041.59E+041.54E+041.63E+041.55E+041.55E+041.55E+041.55E+041.55E+041.60E+041.32E+051.55E+043.05E+04
best1.54E+041.57E+041.54E+041.59E+041.55E+041.55E+041.55E+041.55E+041.55E+041.56E+049.56E+041.55E+041.55E+04
worst1.54E+041.63E+041.54E+041.74E+041.55E+041.55E+041.56E+041.56E+041.55E+041.65E+041.82E+051.55E+047.54E+04
std9.09E-033.29E+029.65E-017.57E+023.04E+001.21E+015.20E+012.96E+019.12E+004.28E+024.11E+042.68E+013.14E+04
median1.54E+041.57E+041.54E+041.60E+041.55E+041.55E+041.55E+041.55E+041.55E+041.58E+041.26E+051.55E+041.56E+04
rank19211348761013512
C11-F14mean1.83E+041.16E+051.85E+042.37E+051.86E+041.96E+041.93E+041.95E+041.93E+043.21E+051.91E+041.92E+041.91E+04
best1.82E+048.80E+041.84E+041.74E+051.85E+041.93E+041.91E+041.94E+041.91E+043.07E+041.88E+041.90E+041.88E+04
worst1.84E+041.62E+051.86E+043.41E+051.87E+042.01E+041.94E+041.95E+041.95E+046.21E+051.93E+041.93E+041.95E+04
std7.16E+013.50E+041.08E+027.88E+047.34E+014.03E+021.36E+028.32E+011.59E+022.98E+052.35E+021.37E+022.61E+02
median1.83E+041.07E+051.85E+042.16E+051.86E+041.94E+041.93E+041.95E+041.92E+043.17E+051.92E+041.92E+041.91E+04
rank11121231079813465
C11-F15mean3.29E+049.40E+051.11E+051.98E+063.30E+045.54E+042.25E+053.31E+043.31E+041.60E+073.10E+053.33E+048.23E+06
best3.28E+043.87E+054.35E+048.29E+053.29E+043.31E+043.30E+043.30E+043.30E+043.35E+062.74E+053.33E+043.74E+06
worst3.30E+042.37E+061.86E+055.18E+063.30E+041.22E+053.23E+053.32E+043.31E+042.38E+073.34E+053.33E+041.41E+07
std7.69E+011.00E+068.03E+042.24E+066.37E+014.67E+041.38E+056.70E+014.89E+019.79E+062.94E+048.08E+004.99E+06
median3.29E+045.04E+051.07E+059.63E+053.30E+043.32E+042.73E+053.31E+043.31E+041.84E+073.15E+053.33E+047.53E+06
rank11071126843139512
C11-F16mean1.34E+059.75E+051.35E+052.02E+061.38E+051.46E+051.42E+051.42E+051.46E+059.22E+071.94E+078.25E+077.92E+07
best1.31E+052.95E+051.34E+054.86E+051.36E+051.43E+051.36E+051.33E+051.44E+058.98E+079.85E+066.82E+076.40E+07
worst1.36E+052.31E+061.36E+055.02E+061.42E+051.48E+051.48E+051.51E+051.52E+059.48E+073.51E+079.86E+071.01E+08
std2.39E+039.53E+051.07E+032.14E+062.72E+032.48E+035.05E+038.02E+034.00E+032.21E+061.15E+071.37E+071.67E+07
median1.33E+056.48E+051.36E+051.28E+061.37E+051.46E+051.43E+051.42E+051.45E+059.20E+071.63E+078.16E+077.58E+07
rank18293654713101211
C11-F17mean1.93E+069.29E+092.40E+091.61E+102.30E+061.33E+091.01E+103.16E+063.06E+062.31E+101.16E+102.16E+102.27E+10
best1.92E+067.92E+092.18E+091.16E+101.96E+061.10E+097.17E+092.31E+062.04E+062.23E+101.02E+101.91E+102.12E+10
worst1.94E+061.03E+102.63E+091.97E+102.94E+061.52E+091.34E+103.81E+064.99E+062.42E+101.23E+102.50E+102.56E+10
std1.20E+041.11E+092.07E+083.66E+094.64E+052.29E+082.74E+097.28E+051.40E+068.20E+089.96E+082.80E+092.11E+09
median1.92E+069.47E+092.40E+091.66E+102.16E+061.35E+099.84E+093.25E+062.60E+062.31E+101.20E+102.12E+102.19E+10
rank17610258431391112
C11-F18mean9.42E+055.70E+076.76E+061.23E+089.73E+052.09E+069.90E+069.90E+051.03E+063.21E+071.15E+071.40E+081.19E+08
best9.38E+053.92E+074.05E+068.48E+079.50E+051.82E+064.24E+069.65E+059.68E+052.54E+078.58E+061.17E+081.14E+08
worst9.45E+056.48E+071.16E+071.40E+081.03E+062.45E+061.74E+071.00E+061.21E+063.47E+071.45E+071.55E+081.23E+08
std2.77E+031.26E+073.71E+062.73E+074.24E+043.15E+055.84E+061.79E+041.23E+054.69E+062.79E+061.78E+073.75E+06
median9.43E+056.20E+075.69E+061.33E+089.54E+052.05E+068.98E+069.97E+059.80E+053.41E+071.15E+071.43E+081.19E+08
rank11061225734981311
C11-F19mean1.03E+065.61E+076.86E+061.20E+081.14E+062.52E+061.06E+071.49E+061.38E+063.69E+076.46E+061.79E+081.19E+08
best9.68E+054.78E+076.26E+061.04E+081.07E+062.27E+062.10E+061.13E+061.24E+062.58E+072.43E+061.62E+081.16E+08
worst1.17E+067.13E+078.33E+061.51E+081.30E+062.98E+061.92E+072.00E+061.56E+064.60E+078.50E+062.07E+081.23E+08
std9.97E+041.11E+071.03E+062.32E+071.10E+053.33E+058.44E+063.80E+051.39E+059.19E+062.89E+062.03E+072.81E+06
median9.83E+055.26E+076.44E+061.13E+081.10E+062.41E+061.05E+071.42E+061.35E+063.78E+077.46E+061.73E+081.19E+08
rank11071225843961311
C11-F20mean9.41E+055.96E+076.08E+061.30E+089.61E+051.86E+067.52E+069.74E+051.00E+063.58E+071.48E+071.65E+081.19E+08
best9.36E+055.25E+075.35E+061.14E+089.57E+051.67E+067.08E+069.64E+059.79E+053.50E+079.79E+061.51E+081.14E+08
worst9.47E+057.06E+076.85E+061.54E+089.63E+052.18E+068.10E+069.86E+051.02E+063.67E+072.29E+071.79E+081.24E+08
std5.01E+038.13E+066.53E+051.83E+072.67E+032.53E+054.58E+051.03E+041.77E+047.16E+056.01E+061.66E+074.51E+06
median9.41E+055.77E+076.05E+061.26E+089.62E+051.80E+067.44E+069.73E+051.00E+063.58E+071.32E+071.65E+081.20E+08
rank11061225734981311
C11-F21mean1.27E+015.16E+012.20E+017.88E+011.61E+013.05E+013.98E+012.81E+012.27E+011.04E+024.17E+011.09E+021.06E+02
best9.97E+004.23E+012.07E+015.85E+011.39E+012.70E+013.63E+012.48E+012.09E+014.96E+013.66E+019.43E+016.04E+01
worst1.50E+016.16E+012.38E+019.92E+011.83E+013.22E+014.41E+013.12E+012.51E+011.53E+024.47E+011.22E+021.30E+02
std2.41E+008.74E+001.40E+001.89E+012.17E+002.48E+003.66E+003.73E+001.92E+004.47E+013.83E+001.41E+013.38E+01
median1.30E+015.13E+012.17E+017.88E+011.60E+013.13E+013.93E+012.82E+012.25E+011.06E+024.28E+011.10E+021.17E+02
rank19310267541181312
C11-F22mean1.61E+014.80E+012.79E+016.53E+011.92E+013.27E+014.75E+013.29E+012.53E+011.06E+024.78E+011.10E+029.54E+01
best1.15E+014.15E+012.26E+014.70E+011.64E+012.87E+014.11E+012.52E+012.41E+016.84E+013.97E+019.23E+019.46E+01
worst1.96E+015.36E+013.32E+017.51E+012.13E+013.53E+015.23E+013.81E+012.63E+011.25E+025.72E+011.21E+029.70E+01
std4.20E+005.48E+005.29E+001.32E+012.48E+003.00E+005.30E+006.10E+001.08E+002.70E+017.53E+001.38E+011.13E+00
median1.67E+014.84E+012.78E+016.95E+011.95E+013.35E+014.82E+013.42E+012.55E+011.15E+024.72E+011.13E+029.51E+01
rank19410257631281311
Sum rank221911092315514614511897222157198224
Mean rank1.00E+008.68E+004.95E+001.05E+012.50E+006.64E+006.59E+005.36E+004.41E+001.01E+017.14E+009.00E+001.02E+01
Total rank12124133119671058
Wilcoxon: p-value4.8E-128.49E-151.71E-150.0019145.36E-155.76E-151.75E-112.11E-123.66E-158.8E-151.71E-152.5E-15
Disclaimer/Publisher’s Note: The statements, opinions and data contained in all publications are solely those of the individual author(s) and contributor(s) and not of MDPI and/or the editor(s). MDPI and/or the editor(s) disclaim responsibility for any injury to people or property resulting from any ideas, methods, instructions or products referred to in the content.

Share and Cite

MDPI and ACS Style

Hubalovska, M.; Major, S. A New Human-Based Metaheuristic Algorithm for Solving Optimization Problems Based on Technical and Vocational Education and Training. Biomimetics 2023, 8, 508. https://doi.org/10.3390/biomimetics8060508

AMA Style

Hubalovska M, Major S. A New Human-Based Metaheuristic Algorithm for Solving Optimization Problems Based on Technical and Vocational Education and Training. Biomimetics. 2023; 8(6):508. https://doi.org/10.3390/biomimetics8060508

Chicago/Turabian Style

Hubalovska, Marie, and Stepan Major. 2023. "A New Human-Based Metaheuristic Algorithm for Solving Optimization Problems Based on Technical and Vocational Education and Training" Biomimetics 8, no. 6: 508. https://doi.org/10.3390/biomimetics8060508

Article Metrics

Back to TopTop