A conveyor control device uses product position and line speed to time multiple frames for focused toothbrush quality inspection.
This ray-tracing approach skips unnecessary plane comparisons to reduce intersection latency, power consumption, and silicon area.
An excavator camera control system lets operators flag false detections, improving detection accuracy and work efficiency.
Preset transfer regions automate object movement in images and videos, reducing manual editing for real-time creative effects.
Multiple specialized models aggregate image, device, and liveness signals to detect deepfake, face morph, face swap, and injection attacks.
Synthetic monitoring captures web pages and uses trained image models to identify failed widgets, improving troubleshooting accuracy.
This case uses motion-aware sensor selection and sampling changes to preserve eyewear positioning while reducing power consumption.
Heating, cooling, and disposable reference elements help IR cameras calibrate accurately for fever-range temperatures.
Tracking vertical compartment members separates adjacent items before mapping, reducing computer-vision false positives in retail storage.
SimNet uses domain-randomized stereo data and disparity features to improve real-world 3D perception without active depth sensing.
Compare shelf image groups with reference images to flag defects and layout changes.
Automatic cargo-space detection links tool movements, vehicle position, and occupants to billing records and timely material replenishment.
A light-emitting flow layer enables label-free cell imaging, reducing contaminants while assessing biophysical and biochemical properties.
Light transmission imaging detects cracks and thickness changes in tube sideseams while manufacturing continues without interruption.
Colored backgrounds and polarized channels reveal defects and adhered materials while preserving dark-part visibility.
This case projects 3D geometry and texture onto 2D surfaces, enabling standard video coding and 6DOF scene reconstruction.
A variable focus lens, LED illumination, and passive eye tracking support rapid fundus imaging without pharmacological dilation.
One target measures overlay and field-to-field errors for lithography correction.
This case uses spatial-information indicators and adaptive filtering to reduce MRI noise without losing anatomical or pathological detail.
A unified preview assigns images to template sub-templates, enabling batch editing with consistent themes and effects.