Computer Vision and Foundations


• Computer Vision Theory
• Efficient and Scalable Vision
• Sparse Vision Models
• Optimization Methods
• Datasets and Evaluation
• Pattern Recognition
• Continual Learning
• Test Time Adaptation
• Curriculum Learning for Vision

Deep Learning, Generative Models and Vision Transformers


• Deep Learning
• Vision Transformers and Large Vision Models
• Mixture of Experts Vision Models
• Retrieval Augmented Vision Models
• Neural Generative and Diffusion Models
• Neural Rendering, NeRFs and Gaussian Splatting
• 4D Dynamic NeRFs
• NeRF Hybrid Models
• Self Supervised and Foundation Model Training

3D Vision, Geometry and Spatial AI


• 3D Shape Modeling and Processing
• Motion, Tracking and Stereo Vision
• Object Pose Estimation and Tracking
• Photogrammetry and Remote Sensing
• SLAM and Spatial Mapping
• Scene Graphs and World Models
• World Simulation Models
• Large Scale 3D Reconstruction
• 4D Scene Flow

Multimodal, Vision Language and Cognitive AI


• Computer Vision and NLP
• Vision Language Models
• Vision LLMs with Memory and Tool Use
• Vision Language Action Models
• Multimodal Agents
• Vision, Audio, Graphics, Language, Robotics
• Multimodal Learning
• Multisensory Learning
• Causal Vision
• Vision Language Reasoning

Embodied AI, Agents and Robotics


• Embodied Vision
• Robotic Vision
• Egocentric Vision
• Navigation and Autonomous Driving
• Human in the Loop Vision
• Neural Fields for Robotics
• Simulation to Real Transfer
• Cognitive Agents

Image, Video and Computational Imaging


• Image Processing and Formation
• Image and Video Understanding
• Computational Imaging
• Image and Video Forensics
• Mobile Imaging
• Holographic Imaging

Biometrics, Faces and Human Centric Vision


• Biometrics
• Faces and Gestures
• Vision Based Human Computer Interaction
• Human Pose and Action Recognition
• Synthetic Humans and Digital Avatars

Medical, Biological and Scientific Vision


• Medical and Biological Vision
• Biomedical Imaging
• Microscopy and Scientific Vision
• Vision for Materials Science
• Vision for Climate and Ecology
• Vision for Energy and Sustainability

Synthetic Reality, Digital Worlds and Simulation


• Digital Twins for Vision
• Synthetic Data Generation
• Procedural World Generation
• Physics Grounded Simulation

AI Safety, Robustness and Trustworthy Vision


• Fairness, Privacy, Ethics
• Adversarial Attacks and Robust Vision
• Robustness for Foundation Models
• Hallucination Detection
• Safety Critical Vision
• Secure Vision Pipelines
• Federated Vision Foundation Models
• Bias Mitigation
• Privacy Preserving Vision

Applications, Systems and Deployment


• Vision Applications and Systems
• Applications and Services
• Document Imaging
• Multimedia Vision
• Machine Intelligence and Vision
• Industrial Vision
• Vision for AR/VR/XR
• Vision for Agriculture and Food Quality
• Vision for Smart Cities

Hard copy of the proceedings will be distributed during the Conference. The softcopy will be available on International Journal on Cybernetics & Informatics (IJCI) Proceedings.