◕ Track 1: Intelligent Perception and Sensing

• Intelligent Perception Systems

• Intelligent Sensing Technologies

• Optical Sensing and Detection

• Multimodal Perception and Fusion

• Sensor Fusion and Information Integration

• Visual Perception Technologies

• Autonomous Perception Systems

• Embedded Perception Systems

• Intelligent Monitoring and Detection

• Environmental Perception and Awareness

◕ Track 2: Imaging and Vision Technologies

• Computational Imaging

• Intelligent Imaging Systems

• Digital Image Processing

• Computer Vision

• Machine Vision Systems

• Infrared and Thermal Imaging

• 3D Imaging and Reconstruction

• Image Enhancement and Restoration

• Visual Tracking and Target Detection

• Video Analysis and Understanding

• Remote Sensing Imaging

• Biomedical Imaging Technologies

◕  Track 3: Intelligent Computing and Algorithms

• Artificial Intelligence for Perception

• Machine Learning and Pattern Recognition

• Deep Learning for Imaging and Vision

• Signal and Information Processing

• Intelligent Data Analysis

• Edge Computing and Intelligent Processing

• High-Performance Computing for Vision Systems

• Visual Intelligence and Scene Understanding

• Optimization Algorithms for Perception Systems

• AI-assisted Imaging and Detection

◕  Track 4: Robotics and Autonomous Systems

• Robot Perception and Vision

• Intelligent Robotics

• Autonomous Navigation and Localization

• UAV Perception and Imaging

• Human–Robot Interaction

• Intelligent Control Systems

• Perception for Autonomous Systems

• Smart Vehicles and Intelligent Transportation

◕  Track 5: Applications of Intelligent Perception and Computing

• Intelligent Manufacturing and Industrial Inspection

• Smart Healthcare and Medical Imaging

• Smart Cities and Urban Perception

• Intelligent Agriculture and Environmental Monitoring

• Security Monitoring and Surveillance Systems

• Digital Twin and Intelligent Simulation

• Intelligent Transportation Systems

• IoT-based Perception Applications