Welcome to CVIE 2026-Xiamen, China
2026 The 4th International Conference on Computer Vision and Information Engineering (CVIE 2026) will be held in
Xiamen, China during Apr. 17-19, 2026.
CVIE 2026 is sponsored by Jimei University, supported
by Xiamen University of Technology, Chongqing
University, Foshan Universit, Liaocheng University and
Foshan Association for Artificial Intelligence.
CVIE 2026 provides a premier forum for researchers, developers, and practitioners to present and discuss new problems, solutions, and technologies in computer vision and related areas, welcomes author submission of papers concerning any branch of the computer vision and information engineering, and their applications ineducation, and other subjects.
* The organizing committee will not ask delegates to provide credit card information for any purpose. The registration will be completed only via conference system. Please be alert.
Sponsored By
Supported By
Publication:
All accepted and registered full papers with presentation can be published in one of the following proceedings or journal:
CVIE Proceedings:
CVIE 2026 Conference Proceedings.
Call for Papers:
We invite submissions on a wide range of research topics, spanning both theoretical and systems research. The topics of interest 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)