Image Analysis TRIZ Cases

A generative diffusion model creates synthetic damaged sign images from class and damage parameters.

A data processor converts video frames into a two-dimensional spatiotemporal representation to identify motion trajectories.

A predictive system analyzes turn signals to forecast proximal vehicle movements at intersections.

One-dimensional color histograms in HSL space enable precise item identification with minimal computational overhead.

A fingerprint processing apparatus generates likelihood scores by combining partial fingerprint data with personal attribute information.

Spatial geometry histograms divide spherical neighborhoods into radial, azimuth, and elevation partitions to characterize 3D local surface information.

Dynamic height positioning of the imaging module resolves out-of-focus errors caused by PCB warpage and diverse solder paste heights.

A two-step detection method uses a standard visual sensor and an infrared-capable sensor to identify markers.

Dual inference models generate reliable labels through result consensus, reducing manual annotation time and cost.

A graphics processing system fuses primitives sharing edges to generate hierarchical depth data for rendering.

A method generates intrinsic images to isolate material features from illumination effects for object recognition.

An optical coherence tomography apparatus detects subject eye movements to adjust scanning positions between acquisitions.

Generated metadata models image-based object geometry to resolve acoustic-visual mismatch in virtual reality scenes.

System selects photos based on similarity criteria to generate animations automatically.

Calibration boxes supply reference lines to match target objects, resolving the trade-off between function enrichment and matching accuracy.

Interpolated distance fields drive alpha blending to eliminate aliasing artifacts while preserving edge sharpness during magnification.

Dynamic reference hue angles and color space coordinates distinguish skin tones from non-skin colors under varying lighting conditions.

Co-registered atlas transfers CT electron density to MRI landmarks, enabling accurate dose calculation without physical CT scans.

Screenshot comparison detects web advertisement changes, eliminating false alarms from invisible dynamic content updates.

A strain calculation system converts mechanoluminescent brightness into color contour maps for direct visualization.

A deep learning system extracts and normalizes image contours to train an AI model for automatic gesture recognition.

Illumination light scatters off particles in the beamline, enabling detection that distinguishes contaminants from vacuum chamber light emission interference.

Medical image processing apparatus extracts and reconstructs volume data from multiple lung regions using matched dynamic thresholds.

Signal splitter distributes video data to parallel compression and evaluation units, resolving high-resolution transmission complexity.

Control apparatus identifies and removes sensitive video objects from panoramic feeds using background filling to maintain participant privacy.

An image generation system adjusts attack, defense, and movement parameters of moving objects based on particle density information.

Automatic content verification system captures rendered images and compares them against master references to identify visual defects.

Depth-aware elliptical Hough transforms calculate head radius sizes to reduce false positives from 2D background noise.

A display afterimage determination system calculates objective brightness variation and area indices to quantify residual image levels.

A camera system distinguishes registered targets by comparing extracted facial features with stored registration data.

A camera calibration device detects control points using image filters and coordinate plane analysis.

A behavior recognition system plots motion features on a feature space and expands mapping areas to adapt to new patterns.

Image processing unit detects marking colors in structure surface photos to generate layered damage diagrams.

Decoded indicium positions guide object tracking in machine vision fields, resolving ambiguity when multiple items appear.

Segmenting large digital slides into smaller portions for targeted diagnostic scoring reduces examination time while maintaining measurement precision.

A summarizing unit generates summary information from multiple camera videos to simplify display control.

Blob-based text extraction identifies stable curvilinear regions to estimate skew and tilt, reducing computational demand for portable devices.

Computational fluid dynamics models estimate myocardial fractional flow reserve using anatomical imaging and blood flow data.

Segmenting scout images isolates patient attenuation to calculate water equivalent diameter for radiation dose estimation.

A parking assist device calculates frame widths from distances between parked vehicles using radar recognition data.

A camera with off-axis apertures captures defocused laser dot patterns to determine pose and extract three-dimensional surface geometry.

Event-based camera determines object height by analyzing edge speed across adjacent pixels, eliminating motion blur and latency in moving streams.

A quantitative rating method for image generators using semantic segmentation matching to evaluate output quality.

An image sensor guides an actuator to calibrate a distance-measuring device for precise torso tracking.

A work machine controller labels visual markers in captured images to track grading element pose and adjust pitch, yaw, and roll.

Segmenting neural networks into convolutional modules reduces computing resource consumption for mobile device object detection.

A socket testing system uses image binarization and grid alignment to locate pinheads for accurate defect detection.

A medication recognition system captures images to create a base image for visual comparison without prior training.

An image-based inspection system analyzes bundled PTP drug sheets to verify dosage accuracy without manual disassembly or counting.