Track 1: Imaging Acquisition and Storage

• Radar and sonar imaging
• Cameras and video cameras
• Medical image devices
• Optical imaging systems
• Hyperspectral/multispectral imaging acquisition
• Optical data storage technologies
• Polarimetric imaging
• Photonic sensor arrays for imaging

Track 2 : Image Processing

• Image pre-processing
• Image coding and compression
• Image segmentation
• Optical image denoising and enhancement
• Phase retrieval and image reconstruction
• Multi-modal image fusion (optical + infrared/medical imaging)
• Compressed sensing for optical imaging
• Adaptive optical image correction

Track 3 : Image Analysis and Understanding

• Image matching and scene interpretation
• 3-D modeling
• Pattern recognition and analysis
• Visualization
• Optical metrology and 3D shape reconstruction
• Hyperspectral image classification and interpretation
• Optical remote sensing image analysis
• Biomedical optical image diagnosis and quantification
• Machine learning for optical image understanding

Track 4 : Computer Graphics

• Rendering algorithms
• Animation
• Physically based rendering (light propagation simulation)
• Light field rendering and visualization
• Optical simulation for virtual imaging systems
• Holographic display and computer-generated holography
• Immersive graphics with optical sensing integration

Track 5: Image and Graphics Application

• Medical and bio-medical
• Robotics
• Telecommunication and remote sensing
• Document and industrial
• Biomedical optics (optical coherence tomography, endoscopy imaging applications)
• Industrial optical inspection and non-destructive testing
• Optical remote sensing for environmental monitoring
• Photonic imaging in robotics and autonomous systems
• Optical document analysis and high-precision scanning