Image Analysis TRIZ Cases

A shader overlay maps computer-generated lighting onto real-world objects in augmented reality displays.

Server-based image recognition analyzes mobile-captured indicator photos to replace manual recording and improve tracking efficiency.

A magnetic resonance elastography system captures quantitative tissue stiffness data using ultrasound gel sheathing and mechanical wave propagation.

A time-of-flight camera uses phase-shift measurement to determine depth motion.

A propagation information estimator generates compensated wavefront arrival time data through interpolation to support accurate elastic modulus calculation.

A video analysis system identifies useful surgical segments by monitoring user playback operations to generate targeted metadata.

Array sensor generates hash values from captured-image data to detect falsification without increasing transmission costs.

Segmenting the model allows sharing task-specific feature values among multiple tasks, reducing learning time while maintaining versatility.

Projecting tetrahedron vertices on a separational axis selects a specific calculation technique, reducing computational complexity during collision detection.

Virtual differentiable point targets eliminate physical target errors and daisy-chaining to improve camera array calibration precision.

Learned style system applies image modification parameters to input images based on content similarity, reducing training time and computing resources.

Audio strike time matching resolves the contradiction between wide GPS coverage and precise position identification in unpartitioned spaces.

Optical scanning replaces invasive acoustic equipment to derive personalized audio profiles for virtual reality applications.

A non-contact probe uses a projected marker feature to align with a target point on an object surface.

Processor extracts dominant content color and applies a gradation effect from the exterior housing color to the display edge area.

A head-mounted display selects parameter groups based on object distance to set AR image pose.

Telecommunications network detects wireless device presence to generate personalized offers using large language models.

A three-dimensional target with multiple planar surfaces enables precise wheel positioning through spatial coordinate analysis.

A self-service POS camera detects orientation shifts to maintain consistent imaging coverage.

Multi-beam optical imaging detects relative shifts between substrate structures, resolving alignment precision trade-offs against device complexity.

The PVA process aligns imprecise spatial datasets by segmenting association points to maximize local precision without increasing computational complexity.

Information processing device masks image areas outside a capturable zone using marker recognition or stored reference data.

An image signature extraction device generates identifiers using sub-regions with varying shapes and relative positions.

An elongated light source pattern reduces scattering and improves measurement precision without adding collimator complexity or thickness.

A vein authentication apparatus sorts records using five extracted characteristic amounts to determine comparison order.

Image processing apparatus generates a pixel map with distance data to search for target pixels and validate surrounding areas.

Imaging systems reconstruct incoming ore geometry to calculate hardness characteristics, reducing energy consumption and improving mineral liberation.

An image processor estimates treatment completion time by tracking freezing region changes during cryosurgery procedures.

Deterministic edge selection reduces vertex count while preserving shape accuracy, resolving the trade-off between spatial efficiency and region integrity.

Segmented texture mapping reduces computational load while maintaining visual quality in physics-based simulations.

Automated optical inspection replaces manual visual checks on gypsum boards, detecting complex pattern irregularities that workers overlook.

A learning data generation apparatus assigns temporary labels to uncertain object images based on reliability thresholds.

An adaptive eye tracking machine learning model engine generates customized gaze models using facial landmark neural networks and dynamic pupil data.

A backward view synthesis prediction mechanism derives disparity information from co-located depth maps to generate reference blocks for texture encoding.

A modeler combines a spherical and horizontal plane model to map omnidirectional images onto a 3D virtual space background.

Matches 2D bounding boxes across calibrated images to reconstruct 3D objects, reducing resource consumption while maintaining high detection precision.

Synchronized bistatic radar systems reconstruct full 3D deformation vector fields without complex multi-unit layouts or long coaxial cables.

A depth camera captures three-dimensional subject geometry to automate magnetic resonance imaging coil placement, resolving manual positioning inaccuracies.

Participant location queries resolve poor sensor positioning and multi-purpose space ambiguity in autonomous robot navigation.

Inverting compression to the acquisition phase preserves image quality while reducing storage space for medical imaging data.

A real-time feedback system guides users to capture missing parts during 3D scanning sessions.

Pre-computed silhouette templates resolve the trade-off between recognition accuracy and processing speed for real-time mobile tracking.

An object detection device extracts common patterns from image pairs to accurately identify non-remarkable objects amidst confusing visual backgrounds.

Chart with skin reflection patches simulating near-infrared rays resolves inconsistent biometric authentication results across varying light environments.

A feature representation model extracts pixel vectors to assign pseudo labels based on likelihood calculations.

A display panel bezel system uses identity identifiers on individual portions to determine splicing regions and segment images across multiple panels.

A large image manager component generates representative data objects from medical images to enable centralized access across imaging workflows.

Computer method converts multi-angle L*a*b* values to continuous tristimulus functions for realistic paint rendering on displays.

A transient image template enables continued user authentication in sub-optimal lighting conditions.

Multi-frequency sinusoidal patterns determine phase differences to detect inter-reflection regions in 3D measurement systems.