Organizational Quality Specific Immune Maturity Evaluation Based on Continuous Interval Number Medium Operator
Abstract
1. Introduction
2. Materials and Methods
2.1. Evaluation Index System Construction
2.2. Evaluation Method and Model Based on a Continuous Interval Number Median Operator
2.2.1. Prerequisite Knowledge
- The value of the definition field and the value field are respectively ;
- ;
- When , , then is called COWA operator.
2.2.2. Model Principles and Construction Steps
3. Data Analysis and Results
4. Conclusions and Discussion
Author Contributions
Funding
Conflicts of Interest
References
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Evaluation Target | Dimension | Evaluation Index |
---|---|---|
Organizational quality specific immune maturity | Genetic replication | Organization quality monitoring frequency a11 |
Organizational quality monitoring efficiency a21 | ||
Organizational quality monitoring intensity (strength) a31 | ||
Organizational quality monitoring width (broadness) a41 | ||
Organizational quality monitoring depth | ||
Organizational quality monitoring mobility (richness) a51 | ||
Organizational quality monitoring granularity(refinement) a61 | ||
Organizational quality monitoring agency and measure ratio a71 | ||
Crossovers and mutations (Organizational quality defense soft elements) | Leadership commitment and support (emphasis on quality objectives and guiding principles, quality policies, quality strategies, quality plans) b11 | |
Employee participation, employee authorization, employee education and training b21 | ||
Variations (Organizational quality defense basic practices) | Customer orientation c11 | |
Supplier relationships management c21 | ||
Adaptations (Organizational quality defense hard elements) | Product design d11 | |
Statistical control and feedback (quality control methods, techniques and tools) d21 | ||
Processes management d31 | ||
Selection (Organizational quality defense core practices) | Benchmarking e11 | |
Continuous improvement and innovation e12 | ||
Technical skills e13 | ||
Information and measurement analysis e14 | ||
Coordinating corrections (preventing bottlenecks) | Organization quality memory frequency f11 | |
Organizational quality memory efficiency f12 | ||
Organizational quality memory intensity (strength) f13 | ||
Organizational quality memory width (broadness) f14 | ||
Organizational quality memory depth f15 | ||
Organizational quality memory mobility (richness) f16 | ||
Organizational quality memory granularity (refinement) f17 | ||
Organizational quality memory agency and measure ratio f18 |
(80 86) | (87 91) | (85 93) | (92 97) | (67 73) | (78 81) | |
(70 75) | (90 96) | (60 70) | (77 83) | (80 90) | (72 80) | |
(90 100) | (66 69) | (78 84) | (83 88) | (70 75) | (90 95) | |
(75 83) | (58 67) | (65 75) | (82 85) | (74 80) | (67 71) | |
(86 90) | (80 88) | (50 60) | (89 93) | (60 64) | (80 85) |
(63 72) | (77 81) | (80 84) | (83 90) | (70 75) | (85 90) | |
(68 75) | (83 93) | (66 70) | (84 88) | (64 70) | (85 89) | |
(88 95) | (74 77) | (83 85) | (90 98) | (60 67) | (70 75) | |
(95 100) | (70 80) | (78 82) | (90 94) | (76 80) | (77 82) | |
(66 70) | (75 81) | (92 95) | (56 60) | (87 93) | (74 84) |
(82 85) | (85 89) | (69 74) | (92 98) | (60 70) | (60 65) | |
(92 99) | (64 70) | (80 85) | (80 90) | (77 80) | (85 88) | |
(62 69) | (87 96) | (70 80) | (50 55) | (60 70) | (63 66) | |
(78 80) | (95 100) | (84 87) | (88 96) | (80 83) | (89 93) | |
(75 82) | (76 80) | (90 95) | (75 77) | (84 88) | (78 90) |
(77 83) | (85 92) | (78 84) | (80 90) | (62 72) | (80 85) | |
(80 87) | (85 89) | (72 75) | (90 100) | (87 92) | (80 89) | |
(90 95) | (75 82) | (86 90) | (88 95) | (72 77) | (76 80) | |
(87 93) | (82 90) | (75 85) | (82 84) | (89 91) | (80 85) | |
(72 76) | (80 86) | (74 82) | (60 65) | (83 90) | (76 83) |
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Liu, Q.; Hu, H.; Guo, Y. Organizational Quality Specific Immune Maturity Evaluation Based on Continuous Interval Number Medium Operator. Symmetry 2020, 12, 918. https://doi.org/10.3390/sym12060918
Liu Q, Hu H, Guo Y. Organizational Quality Specific Immune Maturity Evaluation Based on Continuous Interval Number Medium Operator. Symmetry. 2020; 12(6):918. https://doi.org/10.3390/sym12060918
Chicago/Turabian StyleLiu, Qiang, Huiya Hu, and Yu Guo. 2020. "Organizational Quality Specific Immune Maturity Evaluation Based on Continuous Interval Number Medium Operator" Symmetry 12, no. 6: 918. https://doi.org/10.3390/sym12060918
APA StyleLiu, Q., Hu, H., & Guo, Y. (2020). Organizational Quality Specific Immune Maturity Evaluation Based on Continuous Interval Number Medium Operator. Symmetry, 12(6), 918. https://doi.org/10.3390/sym12060918