Development of AI-based Ship Hull Crack and Corrosion Detection Using Multispectral Cameras
Optimal Exposure Control and Synchronized Exposure (RGB/Spectral Camera)
Real-time AI Anomaly Detection (RGB Camera)
AI Corrosion Area and Level Estimation (Spectral Camera)
Feature Extraction and Multi-image Matching
Radiometric Calibration (Accurate Measurement of Object Reflectance by Measuring the Illumination Spectrum)
Stereo calibration/Rectification
Semi-global matching for stereo vision
Deep learning based depth estimation
SIMD programming for paraellel processing
NPU programming for neural-net accelaration
Analysis of UV and IR info. for detection enhancement
Hyperspectral stereo camera dataset quration
Hyperspectral stereo vision for depth estimation and recognition
Demosaicing and white-balancing for hyperspectral imaging
Lightweight deep neural network for real-time operations
Analysis of trustwortyh AI standardization, policy, and technological trends, as well as policy and regulatory trends in high-risk AI domains
Analysis of recent research trends and related tools in fairness, explainability, reliability, and responsibility of Artificial Intelligence