8th Asia Digital Image Processing Conference (ADIP 2026)

The 8th Asia Digital Image Processing Conference (ADIP 2026) presents the latest advancements in digital image processing, covering theoretical techniques, artificial intelligence integration, and practical applications across various industries.

Key Topics

• Computer Vision and Video Analysis
  • Object detection, tracking, and recognition
  • Motion analysis and scene understanding
  • Face detection, recognition, and emotion analysis
  • Action recognition and event detection in videos
  • Background subtraction and foreground segmentation
  • Video compression and enhancement
  • Multi-camera and stereo vision systems
• Hybrid Optical-Digital Systems
  • Optical-digital fusion in image capture and processing
  • Multispectral and hyperspectral imaging with optical sensors
  • Light field imaging and depth estimation
  • Polarimetric imaging and analysis
  • Compressive sensing in optical imaging systems
  • Optical coherence tomography (OCT) image processing
  • Digital holography and 3d image reconstruction
• Artificial Intelligence in Image Processing
  • Deep learning for image recognition and classification
  • Neural networks for image denoising and super-resolution
  • Generative adversarial networks (GANs) for image synthesis
  • Self-supervised and few-shot learning in vision tasks
  • Vision transformers in image understanding
  • AI-based image and video captioning
• Advanced Imaging Applications
  • Medical image processing and analysis
  • Remote sensing and satellite image interpretation
  • Surveillance and security image systems
  • Autonomous vehicles and smart transportation imaging
  • Document image analysis and OCR
  • Augmented reality (AR) and virtual reality (VR) imaging
  • Biomedical imaging: microscopy and optical tomography
  • Remote sensing and aerial imaging with optical systems
  • Metrology and surface measurement using optical imaging
  • Lensless imaging and diffractive optics for miniaturized systems
  • Smart imaging sensors and optoelectronic integration
  • Imaging through scattering media and turbulence
• Image Processing Techniques
  • Image filtering, enhancement, and restoration
  • Image segmentation and edge detection
  • Feature extraction and pattern recognition
  • Image compression, coding, and transmission
  • Image registration and alignment
  • Color image processing and analysis
  • 2D and 3D image reconstruction
• Optical Imaging and Computational Methods
  • Computational photography and optics-based image processing
  • Optical image acquisition and signal restoration
  • Fourier optics in image processing applications
  • Phase retrieval and holographic image reconstruction
  • Adaptive optics for high-resolution imaging
  • Wavefront sensing and correction in imaging systems
  • Optics-inspired deep learning for image enhancement

Who should Attend

• Medical imaging specialists and biomedical researchers
• Computer vision engineers and video analysts
• Software developers focusing on OCR and document analysis
• Optical engineers and computational photography experts
• AI and machine learning researchers specializing in neural networks
• Professionals in remote sensing and satellite data interpretation
• Security and surveillance systems designers
• Autonomous vehicle and smart transportation technology developers
• AR/VR content creators and hardware engineers
• Academic researchers and students in digital signal processing