Image Analysis TRIZ Cases

Navigation system processes vision data to generate spatial maps and determine user location through image feature comparison.

A tomosynthesis system generates rotating image sequences using projection data sets captured with different X-ray spectra.

Android displays trajectories via a cache area while Windows processes data, reducing interaction delay and maintaining color consistency.

A machine learning system extracts and classifies UI components from screen images to generate platform-independent GUI models.

Machine-readable symbols use colored tiles and non-rectangular borders to encode information and provide spatial registration data.

Dynamic parameter changes compensate for light loss in 3D optical shutters, restoring brightness and color saturation without artifacts.

A travel path recognizer calculates traveling distance to determine if detected lane markings remain within a usable acquirable distance.

Light-blocking casing and color calibration patterns improve measurement precision while reducing method complexity.

Transforms three-dimensional mesh data into two-dimensional elements, resolving mixed rendering inefficiencies and reducing CPU processing time.

A rotatable optical module projects structured light to sense objects on both sides, eliminating the need for separate front and back sensors.

A processing section calculates a coverage ratio using deformation information to determine whether images can be deleted from a sequence.

A trained machine learning component computes depth values directly from raw time-of-flight sensor data in a single processing stage.

A graphics processing unit determines visible primitive subsets across viewpoints to generate graphical content.

A probability distribution map uses object properties to create stable navigation data.

Processor calculates oxygen saturation certainty using color image data components to filter unreliable pixels.

A compression system selects parameters from a device-specific catalogue to optimize raw image data processing.

A video annotation system attaches model-generated tags to factory work footage alongside operator labels on a shared timeline.

Collimated light and photodetector arrays detect object edges on conveyor vehicles, resolving transfer confirmation delays for varied item shapes.

A graphic display apparatus stores reference object lengths to set coordinate systems for accurate image superimposition.

Processing circuitry extracts local peak identification information from ultrasonic data to generate refined second ultrasonic output.

A measuring apparatus constructs a tensor product type composite hypersurface from phase angle data to enable accurate three-dimensional shape determination.

A label containing randomly distributed reflecting and luminescent particles enables optical product authentication through digital image comparison.

Machine learning analyzes infusion pump images to detect set placement nonconformities.

A 3D measurement device shifts light pattern phases to extract valid luminance values for height calculation.

A device extracts feeling-expressing words from photographed images to convey scene atmosphere.

A monitoring program captures screen images to identify interface elements using computerized image processing techniques.

Neural network reconstructs quantitative tissue images from pulse-echo data, resolving the trade-off between real-time monitoring and diagnostic precision.

Unified housing merges positional and surface normal data via pose correction to resolve noise sensitivity on high-gloss surfaces.

Segmenting virtual objects into priority queues delivers visible data first, reducing latency while maintaining content completeness.

A dual aperture camera system merges stereoscopic disparity with phase detection data to generate calibrated depth maps.

A measurement system calculates normal vectors using illuminance difference stereo methods across multiple projectors and cameras.

A medical image diagnosis apparatus acquires multi-phase data and generates display information linked to specific regions.

Analyzing spatial homogeneity and edge sharpness in fluorescence images discriminates plaque from tartar, preventing inaccurate brushing advice.

Information processing device segments images into distinct regions to identify objects and perform targeted analysis.

A polymer dispersed liquid crystal display system detects viewer position to switch between transparent and scattering states for dynamic image rendering.

A color determination device retrieves images for text strings to acquire color appearance degrees.

A video-based risk analysis system documents physical demands and ergonomic hazards using standardized DOT classification levels.

A measurement device calculates reference angles to align imaging sections without manual adjustment.

A 3D model scaling method estimates distances using multiple sensors to adjust mesh representations.

A face detection system calculates dynamic x and y increments for sliding windows based on confidence levels to optimize search paths.

A collation unit matches face features to retrieve target individuals for secondary physique feature extraction.

A window management system places new application windows in least active screen areas using heat map analysis.

Capturing reference images generates a map that resolves the contradiction between multiple active LEDs and difficult server location identification.

Imaging apparatus detects thermal interface material surface failures on contact arms during electronic device testing.

A living body detection apparatus instructs specific lip motions to verify user presence during face authentication.