Image Analysis TRIZ Cases

A processing system displays nearby machine utilization and distance to enable remote operation via a user-friendly interface.

Multiphase upscaling on digital rock models estimates flow unit properties without physical core sampling, resolving accuracy versus productivity trade-offs.

Texture mapping associates annotations with specific polygon faces of physical objects in map representations.

A vehicle-mounted image processor calculates pixel velocities to identify stable observation points for accurate distance measurement.

A work support device specifies target processes and selects relevant areas to identify worker tasks using image data.

An image processing system adjusts visual data dimensions using operational feedback parameters and energy functions for dynamic resizing.

A TOF sensor acquires distance and angle data from a reference surface to determine its own attachment orientation automatically.

Composition unit reshapes captured images based on a reference member shape to generate a single composite image.

A scanner-agnostic tool evaluates digital watermark print quality using decode ratios and reading window size metrics.

A character detection apparatus integrates text line candidates from multiple schemes to select the most accurate result based on feature values.

A light source projects a reference line onto a rotating knife edge for image capture.

An electronic device captures and stores identification data from a specific display region by analyzing visible objects.

A detection apparatus compares reference and inspection images to identify foreign objects on an inspection stage surface.

Training neural networks with latent heatmap loss improves detection precision for occluded objects in autonomous driving.

Precomputed cells extend in standing directions to cover navigation and static meshes, resolving low matching degrees between cells and reachable regions.

A multi-stage image processing device classifies objects in lower resolution images to identify specific areas within high-resolution frames.

Guided wave imaging with noise filtering automatically detects surface anomalies, replacing expert evaluation to enable real-time feedback control.

Independent Component Analysis extracts statistically independent features from medical images to classify patterns beyond human visual capabilities.

A placement detection system uses dynamic threshold binarization to identify object shape and orientation via an imaging device.

System classifies unspecifiable objects via vehicle behavior data, updating dictionaries to resolve template matching limitations.

Angular structures with colored substructures improve recognition accuracy and detection range under poor conditions.

Adjusting virtual camera angle of view and inter-eye distance reduces parallax to prevent VR sickness during spatial enlargement.

Benders decomposition partitions correlation clustering into master and subproblems to enable parallel computation.

Motion consistency maps guide stereo pair selection from video sequences, resolving camera rotation artifacts that degrade depth perception.

A computer vision system detects and tracks animal wellness using accelerated parallel computations on image frames.

A B-spline curve identification unit fits eyelid outlines to vertical luminance gradients for precise pupil region localization.

Generating a synthesized iris code from block correlations reduces memory usage while maintaining authentication accuracy.

A structured light depth perception device processes speckle image sequences through adaptive pre-processing and block-matching motion estimation.

Adding new feature amounts to intermediate layers maintains existing output performance without degrading recognition accuracy.

A method segments 3D surface meshes by iteratively adjusting border faces to minimize a cost function based on cut length and area difference.

Image processing system estimates object locations using camera orientation, pixel offsets, and stored laser range finder reference points.

Electronic device uses neural network to detect private information in images, preventing exposure during external sharing.

Removing extraneous dynamic objects from semantic label maps improves autonomous vehicle positioning accuracy.

A controller aligns pixelated light engines using a reflective calibration target and camera for precise build field positioning.

A light-emitting apparatus adjusts emission intervals based on detected mobile device speed to stabilize visible light communication capture.

A medical diagnostic image processing apparatus extracts lesion candidate regions from perfusion images using pixel value threshold comparisons.

A memory parking assist apparatus generates avoidance and convergence paths using dynamic vehicle margins to navigate obstacles.

Mirroring system generates multiple virtual views from one camera, eliminating sequential capture delays and lighting inconsistencies.

A learned model generates virtual viewpoint path data from object position information in multi-viewpoint images.

A user authentication device extracts iris texture and geometric parameters to calculate similarity scores for biometric verification.

Generalized mutual interdependence analysis computes invariant signature vectors from high dimensional datasets.

A multi-unit object detection device divides input images into partial regions for targeted processing by specialized accuracy levels.

An image generator updates reference images using spatial relationships between regions of interest to correct shifts and improve quality.

Dynamic visual cues differentiate virtual elements from physical surroundings to resolve safety hazards while preserving immersion quality.

Multi-angle optical imaging generates unique digital signatures from coin surface features, resolving differentiation reliability issues in same-alloy coins.

Processor adjusts magnification based on detected font size, eliminating manual controls for impaired readers.

An intravascular ultrasound imaging core transmits ultrasonic energy pulses in sequences with varying characteristics to generate composite images.

A ferric agent reacts with Bisphenol A to produce measurable RGB color changes captured by image processing software.

A magnetic resonance system classifies tissue types using signal phase and magnitude to generate patient-specific attenuation maps.

A film thickness measuring system correlates spectral data with image color information to estimate coating layers on substrates.