Image Analysis TRIZ Cases

A template recommendation system extracts background and text regions from source images to generate editable designs.

A face authentication system adjusts verification criteria based on the access target system state to optimize accuracy.

Information processing apparatus detects display and virtual object positions to control target object appearance methods.

A 3D editing system dynamically sets handle positions to simplify user interactions with objects and cameras.

Image segmentation of core samples determines wettability indicators, resolving limited sample volume constraints in reservoir analysis.

Shared backbone network reduces computational complexity by merging independent positioning and classification modules.

A processor separates relative positioning data from a single test setup to perform virtual component measurements, eliminating physical repositioning errors.

A processing system separates primary speech from ambience signals to maintain spatial stability during capture device movement.

An information processing apparatus assigns distinct image categories to designated regions within a captured frame.

A pedestrian path prediction system generates probabilistic paths using Markov Decision Process models to infer pedestrian goals.

A computer-implemented dental charting system processes voice commands to record periodontal and restorative data across dual-mode display windows.

A rasteriser selects patch sizes based on rendering tile dimensions to reduce unnecessary tests.

Parallel plates compress blood into a thin layer, enabling machine learning classification of white blood cell types without deformation.

Vision-based positioning feedback resolves transaction timeout conflicts by extending authorization windows during user adjustment.

Automated optical inspection system captures reflected or transmitted images of lenses to analyze surface and bulk defects.

Motion fingerprints derived from avatar kinematics enable secure user authentication while preserving privacy in computer-mediated interactions.

Segmented pixel modulation resolves inter-pixel interference while preventing flickering during visible light communication.

Selects a subset of viewpoints with minimal overlap to reduce computation complexity and storage resources while maintaining surface data coverage.

A circuit system marks image blocks as homogeneous by analyzing adjacent regions to reduce computational complexity.

A surgical guidance system builds a 3D anatomical model and superimposes it on live images to generate a precise instrument path.

Derives polynomial equations from self-calibration bundle adjustment to resolve geometric structure inconsistencies across varying zoom scales.

Image segmentation isolates form regions for classification, resolving poor OCR accuracy caused by non-standard fonts or low-quality images.

An information processing device evaluates seal material color and flange state to output fastening advice.

A computer-implemented method determines constrained optimal patient positioning using a skeleton model and immobilization information.

A thick lens calibration method determines nodal point distances to compensate for complex camera lens systems.

A compute pipeline executes texture sampling and manages page faults independently from a 3D graphics pipeline.

Dynamic mask grouping resolves low depth estimation accuracy for specific edge directions by selecting optimal aperture combinations.

A management system calculates model times for object handling actions through simulation to establish baseline performance metrics.

Multi-phase structured light projects distinct fringe periods to resolve phase wrap issues and extend measurement range for solder paste inspection.

A communication apparatus displays a corrected reference image on its rear screen to guide precise antenna alignment with an external terminal device.

A handheld structured-light imaging device scans workpiece surfaces with a laser stripe to capture focused contour images for precise dimensional analysis.

A directional motion vector filtering system groups surrounding pixels by object boundary direction to assign accurate motion vectors.

A virtual environment method calculates sound intensity based on object distance to display proximity indicators.

An automated image validation system analyzes pixel density and metadata to detect digital tampering.

Obstacle detection prevents inaccurate virtual item picking through barriers, improving human-computer interaction reliability.

Processing means highlight specific vascular territories within radiological images to guide minimally invasive surgical interventions.

Automated 3D ultrasound analysis replaces manual alignment and skilled operator interpretation for precise optic nerve sheath measurements.

A wearable device detects object proximity and user actions to generate wireless control commands for connected equipment.

A dynamic relationship graph displays character interactions as nodes and edges during video playback.

A device deforms images and calculates differences using multiple evaluation methods to normalize values.

A game program system generates context signatures to locate and execute associated hints automatically.

A trained object detection model generates polygons on iris and pupil areas to construct curvature for segmentation.

Adaptive pooling reduces computational complexity while maintaining recognition accuracy across varied fonts by applying conditional max or minimum operations.

An image processing device adjusts pixel tone values to match background data, reducing text outline visibility in generated images.

An image processing apparatus selects between compressed and partial image data for inspection tasks.

A dermoscope captures skin images while a microphone records voice data to assist in diagnosing affected areas.

A viewpoint determination unit selects suitable depth image perspectives for 3D model creation.

A display device extracts treatment apparatus images from fluoroscopic data to superimpose catheter distal end positions.

A processing system applies visual effects to indicate staleness in 3D environment models.