Image Analysis TRIZ Cases

Dual-camera plane tracking uses rotation to simulate a parallel view, reducing complex projective calculations to linear affine operations.

Server database stores specific analysis algorithm versions to maintain output comparability when workstation environments change over time.

A method applies power factors to image gradients based on edge width to determine sub-pixel locations.

A method generates predictive models to automatically classify medical images using virtual biopsies derived from original scans.

Segmented photosensors accelerate photocharges to boost demodulation contrast, resolving sensitivity and complexity trade-offs for accurate 3D imaging.

A Gaussian distribution model updates calibrated deviation values from camera data to correct lateral position.

A computing device connects overlapping line segments to form selectable void boundaries in cross-sectional views.

A computer-implemented method renders dynamic effects in images by detecting touch positions on a control display panel to define movement boundaries and paths.

A map image processing unit extracts color features and border details to locate overlapping regions between divided map images.

A pupil detector adjusts binarization thresholds via an illuminance lookup table to improve detection accuracy.

Processor circuit computes local image clarity to guide user finger placement, reducing redundant touch operations during fingerprint enrollment.

Helmet-mounted vision-inertial navigation system combines multi-camera image data with inertial sensors to estimate object positions in real-time.

A geographical feature generation model extracts map image vectors to estimate popularity scores.

A multi-scale generative adversarial network extracts phase from single fringe images.

An infrared sensor detects debris accumulation and blade wear in razor cartridges to provide users with timely maintenance alerts.

A hierarchical interlinked multiscale convolutional network generates and integrates image patches at different resolutions to locate face components.

A self-checkout apparatus uses dual cameras and AI to identify products and monitor customer behavior patterns.

A hardness tester clips indentation images into multiple regions to display measurement points simultaneously on a monitor.

A video surveillance system extracts line segments from moving pixels to identify individual targets in overhead views.

Edge detection and horizontal gradation processing remove luminance reduction lines at direct conversion array joints for thick object inspection.

A virtual motion sensor component generates linear and angular velocities from tracked character position data.

A vehicle external environment recognition device identifies moving object positions using optical flow and bird's-eye view image processing.

A volume rendering system extracts boundary meshes from structural images to determine ray intersections for generating lesion detection results.

A sensor device integrates a processing unit to anonymize personal information in acquired data using generative adversarial networks.

A fingerprint sensor calibration method uses bright and dark reference images to adaptively adjust brightness levels for accurate image capture.

A medical assistance system classifies endoscopic images into groups based on temporal proximity and shooting position.

A modeling system parameterizes 3D virtual models using feature curve projection to generate reparameterized surfaces with reduced control points.

A projection device synthesizes three-dimensional object images and background images based on spatial data.

A multi-camera AR device projects a bounding box from one image to another using derived 3-D landmark positions.

A conversion model construction device aligns images of different types using a generation module, separation outline module, shape inference module, and discriminator module.

A machine vision system defines a region of interest based on detected barcodes to narrow the search area.

A support apparatus compares multiple interpretation reports to detect difference regions and notify users of overlooked findings.

Non-uniform disparity sampling allocates finer intervals to distant ranges in stereo depth maps.

A data processing system generates motion vectors using collocated blocks to map pixels between video frames.

A control module detects gaze coordinates using pupil sensing signals to extract relevant objects or text for augmented reality content display.

A correction unit adjusts pixel values using three-dimensional shape data to generate virtual viewpoint images.

A generation apparatus adjusts virtual viewpoint images by calculating deviations between actual and reference subject positions.

An authentication apparatus stores verified face images for secondary collation.

A processor uses a convolutional neural network to detect features and determine user intent for automatic image modification.

A stationary radiation source and detector array collect transmission data as objects translate along angled linear sub-paths without rotation.

A single optical lens system with multiple apertures casts light rays as spots on an image plane to determine parallelism.

A golf club head system uses removable sensors to capture swing data and interchangeable mass inserts for rapid physical customization.

A periodicity estimation unit analyzes movement information to control camera timing for accurate target imaging.

Wavelet transform extracts significant features from crash acceleration data, enabling accurate injury prediction with limited test samples.

A monocular camera calculates object distance using image geometry and installation parameters.

Heat pipes transfer projector heat to an exchanger while a regulated fan dissipates energy, preventing temperature-induced sensor drift during scanning.

A projection system identifies predefined color regions in an image and biases corresponding reflective display pixels to a second color.

Multiple reference arm spectral domain optical coherence tomography combines delayed interferograms to reduce sensitivity roll-off across a 6-mm imaging depth.

Pedestrian retrieval apparatus extracts body, upper-body, and lower-body multidimensional feature data for accurate target matching.