Image Analysis TRIZ Cases

Analyzes glare and hologram positions in real-time video feeds to verify document authenticity.

Confidence factors weight contraction errors to preserve high-curvature features while reducing point cloud data size.

A detection device analyzes fisheye images using separate head and body detectors to identify person candidates.

Optical interrogation of lens tissue at 425 to 460 nm measures autofluorescence to determine FFI levels, replacing invasive blood draws with painless screening.

Algorithmic analysis of avatar geometry generates arrangement points to improve placement accuracy while reducing processor load.

An infrared sensor measures temperature from a distance, eliminating contamination risks while maintaining high accuracy.

A target detection model accepts dynamic anchor parameters to adjust scales and aspect ratios during inference.

A dual-frequency wireless image transfer system dynamically switches between 60 GHz and 5 GHz bands to maintain signal integrity during operation.

A thermal barrier coating diagnosis method calculates L*a*b* color differences between target and reference portions to quantify surface damage states objectively.

An authentication apparatus verifies user presence by comparing displayed direction cues with detected facial gaze.

A stereo matching system selects representative parallaxes from multiple image pairs to detect objects in surrounding environments.

A pill verification system captures digital images of dispensed medications and transmits them to a remote pharmacist for review.

Automated recipe generation reduces preparation time and ensures consistent inspection criteria across multiple manufacturing sites.

A learning unit updates an estimation model using only incorrect recognition images stored as correction information.

A detector identifies cluster endpoints while a specifier validates them against neighboring objects to establish accurate reference points.

Satellite image analysis identifies pivot centers to resolve undulating terrain accuracy errors, eliminating manual coordinate gathering.

A motion transformation unit adjusts gait parameters based on biomechanical observations to generate natural age-related movements.

XR system adjusts virtual content occlusion using sensor data to preserve real-world object visibility.

Automated data capture via digital calipers eliminates manual transcription errors while guiding operators through precise measurement steps.

Printing apparatus calculates displacement of a reference pattern on a distendable sheet to deform an original image before printing.

A scanning system aligns multiple point clouds using satellite-based positioning to generate accurate three-dimensional models.

Projecting 3D scene patches onto 2D planes enables efficient compression while maintaining full six degrees of freedom reconstruction quality.

A characterizing system uses substrate transmission to image etched structures at multiple longitudinal positions.

A virtual viewpoint image generation unit excludes objects outside a determined three-dimensional area.

A mono camera detects obstacles by projecting image sections onto ground and virtual planes.

A neural network system analyzes image characteristics to generate depth maps for stereo-pair creation.

A computer-based system calculates actual roof dimensions using remote image acquisition and 3D modeling for precise material needs.

A far infrared camera processes thermal images using a Difference of Gaussian filter to binarize pixel values and isolate pedestrian candidates.

An image processing apparatus analyzes pixel data to determine achromatic status and applies specific rendering weights to subpixels.

Virtual space map rendering applies non-uniform magnification to scale regions differently based on object importance.

Classifies ambiguous image pixels by analyzing border characteristics to differentiate dark objects from distant targets.

A screening cabin uses a projector to display instructions inside the inner space.

An eye surgery system overlays calculated trocar positions on microscope views, reducing operation time and retinal damage risk.

A three-dimensional measurement device splits incident light into separate wavelengths to reconstruct interference fringes for precise height mapping.

A video analytic device detects individuals by identifying multiple colors in their clothing and applying geometric constraints to verify uniform patterns.

Segmenting texture application via viewpoint-specific maps eliminates rendering artifacts while maintaining high viewing accuracy.

A measurement system standardizes illumination brightness and phase-to-height conversion factors for automated circuit board inspection.

A disparity map generation system calculates depth values to produce precise stereoscopic content.

Hierarchical down-sampling and block partitioning extract multi-resolution features to boost recognition accuracy despite higher processing complexity.

A system maps user skeletons to digitized objects for precise virtual environment control.

Separation gaps between rollers align capsules for single-system 360-degree inspection, eliminating complex multi-drum setups.

Dynamic focal plane positioning with sinusoidal blending reduces quantization errors and improves depth accuracy without increasing device complexity.

A classification device uses cameras and image algorithms to identify bulb-type LED lighting from mixed waste streams for automated handling.

A management system acquires images of sample containers to recognize collection dates and temperature exposure data.

Converting point clouds to 2D projections avoids new codec development time while maintaining compression efficiency.

A pinhole optical fingerprint sensor system generates calibration data to correct misalignment between the optical sensor and the pinhole aperture.

A computer-implemented method processes digital image maps of optical power to identify windshield defects using a specific product threshold.

Optical analyzing unit determines three-dimensional load carrier position without markings, eliminating calibration needs and improving system flexibility.

Automated computer vision pipeline extracts geospatial property features from digital imagery.

A unified browsing interface segments and aligns image portions from different data sources to present a combined view of clothing items.