Conferences
26–28 September 2025, Zhenjiang, China
2025 3rd International Conference on Algorithm, Image Processing and Machine Vision (AIPMV2025)
AIPMV 2025 will be held in Zhenjiang, China, on September 26–28, 2025. The conference will focus on the latest research results in the computer field, such as image and visual processing, machine vision, etc., and provide a platform for experts, professors, scholars, and engineers from domestic and foreign universities, scientific research institutes, enterprises, and institutions to share their professional experience. It will be an international platform for expanding professional networks, exchanging new ideas face-to-face, displaying research results, and discussing key challenges and research directions for the development of this field, with a view to promote the development and application of related theories and technologies in universities and enterprises. Participants will be able to establish business or research contacts and find global partners for future career prospects.
Submitted papers should be related to one or more of the main conference topics, listed below.
Track 1: Image Processing
- Image Transmission
- Image and Video Perception and Quality Models
- Image Storage
- Retrieval and Authentication
- Digital Signal Processing
- Optical Signal Processing
- Image Acquisition Pattern Recognition and Analysis
- Image Compression
- Image Processing Architecture
- Document Image Processing
- Image Coding and Compression
- Real-Time Signal Processing
- Image Scanning
- Display and Printing
- Restoration and Enhancement
- Interpolation, Super-Resolution, and Mosaicking
Track 2: Algorithm
- Evolutionary Computation and Learning
- Natural Computing
- Genetic Algorithm
- Design and Analysis of Geometric Algorithms
- Graph Algorithms and Graph Drawing
- High-Performance Computing and Processing
- High-Performance Data Mining Algorithms
- Fuzzy Theory and Algorithms
- Natural Language Processing
- Intelligent Data Fusion
- Numerical Analysis
Track 3: Machine Vision
- 3D Computer Vision
- Biomedical Image Analysis
- Deep Learning
- Image Feature Extraction
- Action Recognition
- Camera Networks and Vision
- Fuzzy and Neural Techniques in Vision
- Optimization Methods
- Biometrics, Faces, and Gestures
- Cognitive and Biologically Inspired Vision
- Low-Level Vision and Image Processing
- Object Recognition
- Biometric Authentication
- Motion and Tracking
More information can be found at
