Image Analysis TRIZ Cases

Augmented reality system captures workspace images to render virtual objects, enabling asynchronous training that reduces content creation complexity.

Electronic device generates stickers from content and maps second content to them.

A biometric authentication system uses a single visible light camera to guide and image multiple non-overlapping body sites for feature extraction.

Detects font size via contours to extract text, avoiding computation-intensive methods that hinder real-time mobile OCR.

A vehicle obstacle determination device detects external objects to support automated parking maneuvers.

A survey instrument aligns point cloud data with model data using cardinal features for automated positioning.

A thermal inspection system automates turbine cooling hole drilling using infrared imaging and fluid flow analysis for real-time verification.

A sampler selects virtual point lights based on direct light visibility and scene characteristics to calculate luminance values.

An external rendering device isolates display operations from host malware by analyzing graphical representations to retrieve and render content securely.

A face liveness recognition method extracts facial and background feature data to determine live face probability using dual models.

Machine learning models process gemstone spectral data to generate unique identifiers, eliminating costly laser marking steps.

A 3D printer deposits pre-formed rods and arcs to accelerate material placement.

A post-processing apparatus generates entropy images from multi-task deep neural network outputs to correct recognition errors.

Autoregressive neural networks correct accumulated pose estimation errors to prevent overfitting and improve animation reliability.

Stereo cameras generate parallax images to track motion vectors, separating overlapping three-dimensional objects that distance-based detection cannot resolve.

A video conference system determines active content using participant attention scores.

Simulated image creation module computes varying parameters to determine optimal acquisition settings.

Server device processes image data to identify objects and determine estimated assessment information, reducing computational resource usage.

A polarized light inspection system detects surface deformations and stress concentrations in transparent objects through automated image processing.

A computer method computes main and subset bounding boxes for 3D modeled assemblies.

A recognition specialized sensor adapts pixel reading patterns to process general training data alongside specialized inputs.

A 3D non-optical imaging system generates voxel images to identify product symbols on multiple items simultaneously.

Extracts image portions via image maps to resolve screen size constraints and illegibility on portable devices.

Automated cell site placement system classifies geographic tiles and clusters locations to generate deployment polygons, resolving manual prioritization errors.

A component mounting machine adjusts station height to enable suction nozzle exchange.

A self-service system calibrates cameras using 3D area scanning and cloud-based image processing feedback.

An image matching device regulates correlation coefficient map resolution to enhance processing speed and reduce calculation data.

A computer-implemented method applies weighted rotations to kinematic chain joints for realistic posture simulation.

Evaluation device projects a standard pattern onto print surfaces to quantify image clarity via brightness distribution analysis.

Separate course estimation with offset assignment stabilizes tracking reliability in complex traffic without increasing computational effort.

Correction unit adjusts ToF sensor readings using estimated motion vectors, maintaining measurement precision in dark or backlight conditions.

A plant health diagnostic device measures chlorophyll fluorescence intensity to calculate M/S and P/S ratios for early detection of photosynthetic disorders.

Spectral multiplexing projects multiple illumination patterns simultaneously, eliminating mechanical alignment steps and improving signal-to-noise ratio.

An articulated arm supports a rigidly connected echographic probe to position medical instruments relative to internal organs.

Semi-transparent graphic overlays guide measurement cursors to correct positions, resolving precision difficulties in two-dimensional video inspection.

Generative adversarial network applies automatic object segmentation and color transformation to eliminate manual pixel selection requirements.

Automatic alignment of non-destructive evaluation data to simulated asset models using computational algorithms.

A specification system acquires vehicle position data to define critical image areas within a camera field of view.

A video telephony terminal adjusts received voice output levels by extracting face region size from input images to estimate user distance.

A commerce server processes augmented reality signals to automatically update digital shopping lists when consumers place items into containers.

Automated system extracts attributes from engineering drawings using region-based convolutional neural networks for node classification and edge detection.

Imaging device captures preform images during transport to detect defects without alignment systems.

Co-optimizes lithographic sources and patterns in critical areas to resolve proximity effects and improve manufacturing precision.

Radiographic image processing apparatus analyzes respiratory moving images to determine phase information without external sensors.

A resampling mechanism calculates cumulative weights to reselect particles without large-scale selectors.

An image analysis apparatus extracts color components from endoscopic images to calculate distribution characteristic values.

Adaptive mapping models translate objective metrics into subjective quality estimates, resolving the trade-off between assessment speed and accuracy.