(The following topics include but are not limited to)
Track 1: Computational Imaging Theory and New Imaging Systems
Computational Imaging Basic Theory and Imaging Models
Computational Holography and Digital Holographic Imaging
Single-Pixel Imaging, Compressed Sensing Imaging
Super-Resolution Imaging and Subwavelength Imaging Technologies
Computational Spectroscopy Imaging and Hyperspectral Imaging
Computational Tomography Imaging and 3D Reconstruction
Lensless Imaging and On-Chip Imaging Systems
Scattering Medium Imaging, Reconstruction Through Scattering Media
Polarization Computational Imaging and Vector Light Field Imaging
Light Field Imaging, 4D Light Field Acquisition and Reconstruction
Ghost Imaging, Correlation Imaging Theory and Experiments
Computational Illumination and Structured Illumination Imaging
Inverse Problems of Imaging and Regularization Methods
Multimodal Computational Imaging Fusion Methods

Track 2: Optical Information Processing, Light Field Control and Photon Computing
Optical Information Modulation, Coding and Light Signal Processing
Spatial Light Modulators and Dynamic Light Field Control
Diffraction Optics, Metasurfaces and Planar Optical Devices
Photon Computing and Optical Neural Networks
Optical Encryption, Optical Information Security and Anti-counterfeiting
Holographic 3D Display and AR/VR Optical Algorithms
Laser Information Transmission and Free Space Optical Communication Signal Processing
Optical Filtering, Correlation Recognition and Image Preprocessing
Micro-Nano Photonic Devices for Optical Information Processing
Nonlinear Optical Information Processing
Optical Torus, Orbital Angular Momentum Information Control
Optical Sensing Signal Analysis and Information Extraction
Photon Integrated Chips and On-Chip Optical Information Processing

Track 3: Imaging Systems, Image Reconstruction Algorithms and Applications
Optical Imaging System Design, Simulation and Aberration Correction
Image Reconstruction, Denoising and Image Restoration Algorithms
Application of Deep Learning in Computational Imaging
Optical Vision Optical Imaging and Detection Technology
Biomedical Computational Imaging (Microscopy, Endoscopy)
Remote Sensing Optical Imaging and Atmospheric Distortion Correction
Infrared Computational Imaging and Low-Light Imaging Technologies
High-Speed Imaging and Transient Optical Detection
Joint Optimization of Imaging Hardware and Algorithms
3D Vision, Stereoscopic Imaging and Point Cloud Reconstruction
Imaging Quality Evaluation and System Calibration
Industrial Optical Inspection and Defect Imaging Recognition
Research and Development of Airborne/Spaceborne Computational Imaging Systems
Multi-source Optical Image Fusion and Target Recognition
Imaging Hardware Noise Modeling and Suppression Methods
Miniature Imaging Devices and Portable Computational Imaging Terminals
...