Image Analysis TRIZ Cases

A map system displays distinct icons for road surface marks based on captured image analysis.

Enhances high-magnification features in low-magnification whole slide images using programmable visual extraction.

A range camera system combines pixel-shifted images to create super-resolution data for precise three-dimensional location determination.

A method extracts pixel features from shadows to build point clouds for illuminant position calculation.

An image processing device generates an environment map using feature data to identify candidate objects for user operation.

A portable device uses a light emitter and camera to capture neck images for jugular venous pressure measurement.

A beauty makeup special effect generation system applies direct color adjustments to existing digital effects using a dedicated processing module.

Optical luminous coding replaces mechanical gears, resolving manual adjustment inaccuracy.

Dynamic grouping adjusts image classification using user preferences and scene division to include desired objects while maintaining chronological order.

An electronic device image display method uses pose data to recreate original scenarios during playback.

Automated optical detection system identifies inorganic contaminants in organic particle loads using magnetic induction and UV illumination.

A processing system projects elevation values into a two dimensional plane to construct detailed three dimensional models of geographic structures.

A remote measurement system determines base station antenna position and orientation using digital images and distance data.

Automated extraction of embedded camera parameters resolves measurement precision issues in 3D modeling by eliminating manual input requirements.

A near-space aerostat provides a stable radiometric reference for satellite payload calibration.

Virtual screen buffer captures display content before physical rendering, resolving low Android screen cap instruction speed for real-time remote debugging.

Automated image processing calculates nuclear shape factors to quantify cell morphology, resolving subjective diagnostic inconsistencies in cancer assessment.

A synchronization method updates virtual object speed and location at distinct frequencies to maintain state consistency.

A depth sensor device uses event vision sensors to detect light intensity changes and calculate sub-pixel illumination pattern positions.

Software-based prewarping replaces fixed hardware to correct image distortion while maintaining brightness across flexible projector placements.

A product positioning method uses integral image regions to estimate vertex coordinates for precise location correction.

A key-value matching model uses semantic segmentation to identify attribute regions in document images.

An infrared reflective structural support directs emitter light toward a device interior.

Digital fingerprinting converts captured microscopic textures into low-dimensional representations to verify physical objects against counterfeit threats.

A two-branch convolutional network disentangles identity and pose information to enable one shot instance recognition from a single image.

A monitoring device converts camera images to align with original shooting regions for accurate vehicle detection.

Computational rectification replaces mechanical goniophotometers, resolving measurement precision versus device complexity trade-offs.

Processor outputs parallel image signals to multiple routes, suppressing video output delays during computer-aided diagnosis processing.

Image calibration algorithms separate background soil from leaves to establish radiometric references, eliminating cumbersome manual calibration procedures.

Camera frustum analysis detects scene traits to suggest relevant digital objects for 3D environments.

An image processing apparatus acquires and analyzes terminal images from portable devices to automatically extract and input setting values.

An imager captures reflected light to calculate precise distances, resolving alignment issues without adding mechanical sensors.

Switches between control lines equalize column signal line bias voltages, suppressing image quality deterioration during varied operation modes.

Zone-based noise analysis creates unique camera fingerprints to prevent unauthorized access and reduce computational resources.

Unified shader core architecture executes diverse computational workloads through dynamic program loading, managing thread complexity via modular segmentation.

A terahertz edge extraction method measures electromagnetic wave intensity in the propagation direction to identify object boundaries.

A Laplacian motion editor manipulates spatial paths and time warps character data through interactive constraints.

Rotating and zooming a single camera reduces hardware costs while maintaining accurate object tracking for wide space coverage.

Dual machine learning models generate estimation data for specific scene lengths, resolving accuracy issues caused by uniform training periods.

A SLAM device adjusts image transmission parameters based on speed and proximity to optimize bandwidth usage.

Fusing camera images with high-speed light sensor data reduces power consumption while maintaining high temporal resolution in eye tracking systems.

A detection device alternates touch and fingerprint durations to capture stable images.

A crossbar circuit performs average pooling and convolution operations using a control portion to select input values.

A computing device detects steganographic content in image files by comparing application-generated images with user-modified versions to identify unauthorized data hiding.

Automated optical detection analyzes flame images to adjust steam injection, preventing over-steaming and volatile organic compound release.

A video object detection method scales keyframe boxes to preselection regions in non-keyframes for accelerated processing.

A transparency optimization logic converts source and destination images to a common blending color format before alpha blending.