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Call For Papers

SCOPE of CVIPPR 2025

Contributed papers are solicited describing original works in Computer Vision, Image Processing and Pattern Recognition. Topics and technical areas of interest include but are not limited to the following:

 

-Computer Vision: -Image Processing: -Pattern Recognition

*3D Modeling and Visualization
*3D Shape and Structure Analysis
*Animation and Motion Capture
*Cognitive and Biologically-inspired Vision
*Color and Texture
*Computational and Statistical Methods
*Face and Gesture
*Illumination and Reflectance Modeling
*Image & video coding and transmission
*Image & video processing
*Image & video storage, and retrieval
*Video Compression
*Video Processing Architecture
*Image and Video Retrieval
*Knowledge Representation and High-Level Vision
*Motion and Tracking Stereo
*Motion and Video Analysis
*Object Detection and Categorization
*Object Recognition
*Pattern Analysis and Classification
*Pattern Recognition in New Modalities
*Stereo Vision
*Video Analysis and Event Recognition
*Video Surveillance and Monitoring
*View Synthesis
*Visual Special Effects
*Web Graphics

*Software Tools for Imaging
*Image Generation, Acquisition, and Processing
*Image-based Modeling and Algorithms
*Image Geometry and Multi-view Geometry
*3D Imaging
*Image Restoration
*Image Data Structures and Databases
*Multi-resolution Imaging Techniques
*Biomedical and Biological Image Processing
*Color, Multispectral, and Hyperspectral Imaging
*Computational Imaging
*Deep Learning for Images
*Detection, Recognition, and Classification
*Image Analysis and Segmentation
*Image Labeling and Retrieval
*Image Perception and Quality Models
*Image Processing for Geophysics
*Image compression, coding, and encryption
*Image data structures for computer graphics
*Image generation, acquisition, and processing
*Image search and browsing on the Web
*Image summarization and visualization
*Image-based modeling and algorithms
*Restoration and Enhancement
*Robustness in Image Processing and Learning
*Stereoscopic, Multiview, and 3D Processing
*Texture Image Representation
*Animation image analysis
*Classification
*Cluster analysis
*Deformation analysis
*Descriptor of shapes
*Diagnosis of faults
*Document analysis
*Emotion computation
*Enhancement and restoration
*Feature extraction
*Hand gestures classification
*Human face recognition
*Image compression
*Image fusion
*Image indexing and retrieval
*Image recovery
*Invariant representation of patterns
*Iris pattern recognition
*Learning theory
*Machine vision
*Medical image analysis
*Noise reduction
*Nonstationary stochastic processing
*Range imaging and detection
*Stochastic pattern recognition
*Texture analysis and classification
*Visualization