A neural network chip performs expansion and zero-padding on feature maps within its data reading circuit.
A detection device uses weak discriminators to evaluate luminance differences between two pixels for rapid object identification.
A system aligns virtual objects with physical items using augmented reality to generate precise pixel-level annotations.
A system identifies undercarriage tracks by analyzing bolt head orientation data to generate unique joint signatures.
An image processing apparatus extracts feature vectors and maps to generate a heat map indicating search target likelihood.
A stereo imaging system refines disparity map edge coordinates using dedicated detection and refinement modules.
A calibration device adjusts line-of-sight detection processing using dynamic eye detectability checks to select between face-moving and stationary calibration modes.
A single image sensor captures primary speckle patterns projected by a coherent light source to derive accurate 3D object maps.
An augmented reality system simulates wireless signal coverage using three-dimensional virtual representations of the environment.
Merging neighboring line segments into continuous polylines reduces processing time while improving localization accuracy.
Information processing apparatus generates virtual objects to notify users of real-world obstacles in mixed reality environments.
A media distribution device generates guide voices describing rendered images from user viewpoints in virtual spaces.
A machine learning system decomposes images into parts and stores relationships in a knowledge base to enable autonomous image annotation.
A contour extracting unit isolates area objects from images using user-defined selection conditions received via an operating unit.
Multi-class support vector machine classifies image patches to detect white spot Mura defects, resolving low accuracy in high-resolution display inspections.
A return support server acquires merchandise images to identify item state and determine return eligibility.
A 3D shape measurement apparatus projects segmented line patterns to rapidly acquire and correlate image data for efficient spatial reconstruction.
A vehicle-mounted image processing device distinguishes road surface features from three-dimensional objects using positional relationships.
A system transforms ground-level images into overhead views for location estimation.