Image Analysis TRIZ Cases

A fitness system uses a body-assessment classifier to generate quantitative physique vectors from user images.

A volumetric rendering system combines CT slices into a 3D display for holistic patient viewing.

Multi-channel registration aligns spectral coronary segments to resolve spatial correspondence challenges in dual energy CCTA imaging.

Kinematic prediction replaces image analysis delays, enabling continuous real-time tracking of moving body portions during exercise.

Dual-camera system determines iris capture timing by comparing target positions across intersecting optical axes.

A detection system identifies supporting surface regions in images by analyzing object footprint geometry and confidence scores.

Machine learning models estimate landscape attributes from input pictures to identify matching products.

Adaptive hierarchical phase correlation determines motion vectors through iterative block splitting, resolving fixed threshold limitations to improve PSNR.

A lighting control device replaces mechanical pan and tilt movements with electrical switching of multiple light sources, eliminating configuration complexity.

Image sensors identify and locate external light sources to adjust brightness, resolving user immersion conflicts caused by uncontrolled ambient illumination.

A recognition model distribution system updates vehicle perception algorithms using synthetic training data generated from identified failure points.

An image processing apparatus specifies key motion moments by analyzing pixel value changes across defined areas in sequential images.

A computing device verifies service access by detecting pre-defined object types within image data using artificial intelligence recognition.

Tree-structure human parsing model detects clothing components to resolve keyword search limitations and improve visual retrieval accuracy.

Processor devices determine characteristic object dimensions to establish virtual leading and trailing boundary features for symbol identification.

A pathological diagnosis system merges automated tissue analysis with pathologist input to unify diagnostic outcomes.

Smartphone cameras capture test card images to perform automated color calibration, resolving the trade-off between diagnostic accuracy and equipment cost.

A contact angle measurement system uses ultrasonic waves to detach and reposition fluid droplets on rock samples.

Dual-phase motion compensation reconstructs cardiac images using detection values from both small and large motion phases.

Structured key-value pairs replace unstructured strings to resolve poor machine interpretability while maintaining input flexibility through auto-completion.

A road obstacle detection device segments input images into local regions to calculate visual saliency based on surrounding area differences.

A torque transmission wire conveys mechanical rotation to a sensor, eliminating radiation exposure during flexible endoscope shape estimation.

A processor manages volume data by assigning distinct resolution levels to separate geometric and attribute voxel layers.

A product authentication method extracts significant points from captured images to compare against genuine reference data.

A picture synthesis system determines visual centers to tailor image regions for combined output.

A neural network detects candidate handle locations on images by generating pixel clusters with intensities exceeding background levels.

A face recognition system stores images of similar faces with distinct person labels to resolve identification ambiguity.

A decision unit evaluates partial area effectiveness to calculate similarity scores for individual identification.

A display control device extracts image texture data and performs pixel mapping to achieve consistent visual effects across areas with different pixel densities.

A search unit retrieves damage information using vectorized features and hierarchical structure data.

A GPU pre-populates a potentially occluded depth map to adjust shading fidelity during rasterization.

Processor adjusts RGB sub-pixel brightness based on ambient light detection to replicate natural paper reflectance.

A neural network action recognition device selects valid key point connection candidates to improve accuracy.

A hybrid rendering method uses ray marching to find reflections within the viewport before re-casting rays via ray tracing into the full 3D scene.

A display system adjusts a second image viewpoint to match a first image, keeping the subject visible without scrolling.

Augmented reality system identifies substances using computer vision and sensor data, resolving physics engine limitations in laboratory settings.

Variable orbit radii based on performance and altitude maintain continuous visibility despite range constraints.

A pseudo image generation device synthesizes foreground and background images while deleting overlapping annotation data.

A computing system applies color transformation matrices to raw image data before desaturation processing.

A line camera system adjusts optical axis alignment, trigger timing, and aspect ratio for precise image capture.

An image processing device extracts intermediate features to calculate importance scores for selective data accumulation.

A vehicle monitoring system sets preset interest regions around detected obstacles to track small objects using stereo camera depth information.

Segment B0 field maps into clusters to adjust Larmor frequencies for fat protons, resolving chemical shift ambiguities in multi-echo MRI data.

A method defines video storylines by calculating transition probabilities between viewed regions across frames.

A document editing system retrieves arrangement data from a separate page to snap objects on the current canvas.

A triangulation measurement device switches modes to read coded parameter data via its light receiver.

A four-camera planar array identifies unique matching points across imaging planes to calculate three-dimensional space coordinates.

Segmenting entrance-exit sections via broken line detection prevents wavy target lines, ensuring accurate lane width measurement for stable vehicle travel.

A 3D visual effect simulation system detects viewpoint movement to calculate distinct displacement distances for graphic elements.

A rotating frame with dual driving mechanisms adjusts the relative position of a calibration plate and lens to acquire images for distortion center calculation.