📚︎Track 1：Optoelectronic Sensing and Information Acquisition

• Fiber-Optic Sensing Technology

• LiDAR and Optical Ranging

• Infrared and Terahertz Detection

• Photodetectors and Image Sensors

• Micro/Nano Optoelectronic Sensing Devices

• Spectroscopy and Hyperspectral Detection

• Quantum Sensing and Precision Measurement

• Multi-Source Optoelectronic Information Fusion

📚︎Track 2：Intelligent Optical Imaging and Computer Vision

• Computational Imaging and Computational Optics

• 3D Imaging and Reconstruction

• Image Enhancement, Restoration and Super-Resolution

• Object Detection, Recognition and Tracking

• Deep Learning and Vision Foundation Models

• Polarization and Light-Field Imaging

• Low-Light and Complex-Environment Imaging

• Machine Vision and Visual Inspection Systems

📚︎Track 3：Optoelectronic Information Processing and Optical Communications

• Optical Fiber Communications and Optical Networks

• Free-Space Optical Communications

• Visible Light Communication

• Photonic Integration and Silicon Photonics

• Optical Computing and Optical Neural Networks

• Optoelectronic Signal Processing and Data Compression

• Quantum Communications and Optoelectronic Information Security

• Microwave Photonics

📚︎Track 4：Artificial Intelligence and Applications of Optoelectronic Systems

• Intelligent Manufacturing and Industrial Inspection

• Smart Healthcare and Biomedical Photonics

• Autonomous Driving and Intelligent Vehicle Perception

• Aerospace Remote Sensing and Space Optoelectronic Detection

• Smart Agriculture and Environmental Monitoring

• Intelligent Optoelectronic Measurement and Control Systems

• Laser Processing and Intelligent Control

• Intelligent Display and AR/VR Technologies