Call For Papers
Topics include (but are not limited to):
- Image Enhancement, Restoration, and Compression
- Low-level Vision and Image Filtering
- Feature Extraction and Representation
- Video Coding, Streaming, and Processing
- Multiresolution and Multiscale Analysis
Track 1: Image and Video Processing
- Object Detection, Classification, and Recognition
- Statistical, Structural, and Syntactic Pattern Recognition
- Invariant and Robust Vision Algorithms
- Face, Gesture, and Biometric Recognition
- Scene Understanding and Semantic Analysis
Track 2: Computer Vision and Pattern Recognition
- Machine Learning for Visual Data
- Deep Neural Networks and Vision Transformers
- Self-supervised and Unsupervised Vision Learning
- Generative Models for Vision
- Explainable and Trustworthy Vision Systems
Track 3: Machine Learning and Deep Vision
- 3D Reconstruction and Multi-view Geometry
- Depth Estimation and Stereo Vision
- SLAM and Visual Odometry
- Computational Photography and Photometry
- Shape-from-X Techniques
Track 4: 3D Vision and Computational Imaging
- Motion Estimation and Tracking
- Action and Activity Recognition
- Event Detection in Video
- Video Surveillance and Behavior Analysis
- Human Motion Analysis
Track 5: Motion, Action, and Video Understanding
- Active Vision and Robot Perception
- Vision for Robotics and Autonomous Agents
- Vision-based Navigation and Mapping
- Sensor Fusion for Autonomous Systems
- Intelligent Control with Vision
Track 6: Robot Vision and Autonomous Systems
- Medical Image Analysis and Visualization
- Biomedical Signal and Image Processing
- Bioinformatics and Computational Biology
- AI for Healthcare Imaging
- Clinical Decision Support Systems
Track 7: Biomedical Vision and Bioinformatics
- Information Retrieval and Knowledge Engineering
- Intelligent Information and Database Systems
- Data Mining and Big Data Analyticso
- Knowledge Discovery and Management
- Multimedia Information Systems
Track 8: Information Engineering and Data Systems
- Computer Networks and Data Communications
- Wireless and Mobile Computing
- Internet, Web, and Cloud Computing
- Edge and Fog Computing
- High-Performance and Scalable Computing
Track 9: Networks, Communications, and Computing Systems
- Human–Computer Interaction
- Visual Analytics and Information Visualization
- Computer Graphics and Virtual Reality
- Augmented and Mixed Reality
- User-centered Design and Evaluation
Track 10: Human–Computer Interaction and Visualization
- Automated Software Engineering
- Computer Architecture and VLSI Systems
- Embedded and Real-time Systems
- Parallel and Distributed Systems
- Hardware Acceleration for Vision
Track 11: Software, Architecture, and Hardware Systems
- Vision-based Industrial Inspection
- Smart Cities and Intelligent Transportation
- Surveillance and Security Systems
- Geographic Information Systems and GNSS
- Vision for Internet of Things (IoT)