A detection system processes images and maps to identify occluded objects within sensor data representations.
A trained image processing model generates target rendered images from initial renders and characteristic parameters.
A generative adversarial network processes defocused synthetic aperture radar images into focused outputs using iterative generator and discriminator training.
Segmenting the imaging function with liquid crystal phase plates resolves the trade-off between field of view and resolution in low light.
A point cloud analysis device estimates linear structures by projecting data along a central axis to calculate an evaluation score.
A charged particle microscope uses neural networks to estimate high-quality images from degraded inputs.
An imaging apparatus automatically sets distances from reference planes to generate accurate 3D data.
A camera-based system calculates luminance standard values to detect surface defects on rolling metal strips.
An automated pipeline processes input videos to extract frames and audio, aligning them by time to generate graphic and text information without manual editing.
Integrated sensors monitor pellicle integrity during transport to prevent damage and reduce scrap wafer production.
Hierarchical patch decomposition separates background and moving objects in temporal images for efficient multimedia reconstruction.
An image processor detects person and object areas to estimate actions via articulation points.
A mobile entity detection apparatus extracts feature points from image data, calculates optical flow vectors, and clusters them to identify moving objects.
A specifying unit determines required image quality for specific areas within a distributed image, while a control unit manages distribution to match those specifications.
A computer system registers 3D scans using tangent planes to measure surface congruence.
A system converts two-dimensional optical inspection images into virtual three-dimensional models using material-specific intensity data.
A projection pattern creation apparatus generates deformed patterns to compensate for optical distortions in three-dimensional measuring systems.
An apparatus selects highlight video sections by identifying continuous frames with high evaluation values.
A display driver circuit calculates average picture level percentages to drive frame data through adaptive high dynamic range processing.
A television camera captures room images to identify visually interfering conditions and displays an overlay highlighting the issues.
A detection apparatus divides captured images into regions to calculate representative luminance values and dispersion for accurate object identification.
A control system generates precise articulation paths for visual inspection devices using structured digital templates.
Deep learning models analyze anterior segment images to identify keratitis causes, reducing misdiagnosis rates compared to slow specimen cultivation.
Block-based classification calculates average values to smooth false contouring without requiring large storage buffers or global low-pass filtering.
Predetermined camera spacing scales the 3D image model, eliminating additional measuring systems.
Offset and gain corrections normalize camera responses across infrared image sets, eliminating stitching artifacts from environmental variations.
A thermal imaging system segments food items from the cooking background to enable dynamic power adjustment.
An information processing system captures user images via an imaging device to attach contextual data to text messages.