Image Analysis TRIZ Cases

A display apparatus acquires user face information to determine stereoscopic image eligibility and converts images when necessary.

A compression unit extracts target regions and applies lower ratios to preserve small object details.

System resolves depth position detection accuracy by calculating distances from occluded light parts along epipolar lines defined by device positioning.

A face image processing system locates feature points and transforms shape and complexion to generate realistic user images.

Segmenting datasets into partial subsets with an intersection matrix reduces labeling time while maintaining recognition accuracy.

A medium conveyance apparatus detects edge pixels from input images to identify the end part of a conveyed medium in the main scan direction.

A processing system generates accurate 3D spatial models using point cloud data.

A motion sickness regulation device generates a visual stimulus that moves opposite to the user's gaze direction.

A visual positioning system compares image data with pose data to verify client device location.

Sparse key points reduce high-dimensional data complexity, enabling efficient tracking of dynamic features in migratory media.

A LIDAR data clustering apparatus generates a voxel map to remove road surface points from point cloud data.

Computer method aligns patient anatomic data with template armatures to standardize orientation for medical device fitting.

Variable transforms enable object manipulation in cylindrical and spherical coordinate systems, resolving the limitation of rigid Cartesian engines.

A head-mountable apparatus detects content events to generate an event track, configuring avatars via pre-defined selections to reduce user isolation.

A display control device selects virtual object orientations to align with real space images.

Indoor cameras disable video and audio monitoring when occupants are present.

A physical 3D renderer adjusts an array of sliding shafts to replicate captured depth images as tactile surfaces.

A color conversion device uses dual lookup tables and pixel attribute analysis to maintain precision while reducing storage capacity.

Digital object copies replace degrading barcodes in automated storage cabinets, eliminating manual entry errors and barcode durability issues.

Auxiliary transparent display unit creates a shaded area blocking real-world background light, resolving virtual object overlap issues.

Conversion unit transforms detected markers into sub-identifiers to reduce computational load from template matching.

A central server compares live position data with user-defined selections to enable real-time interaction.

A client device sends image data to a server that generates augmented content and display coordinates for simultaneous rendering.

Eye-mounted displays project light onto specific retinal regions using multiple sub-displays for spatial multiplexing.

Adaptive 1D chroma subsampling mitigates color leaking artifacts in anchor point cloud compression while maintaining coding gains.

A Panoptic Segmentation Refinement Network corrects instance and stuff mask inaccuracies using an encoder-decoder architecture.

An augmented reality inspection system automates targeting by overlaying detected structured shapes, reducing manual search time and complexity.

Synchronizing a rotatable camera with blade speed eliminates image blur during continuous operation, reducing manual inspection time and costs.

Segmenting visual fields allows augmented reality displays to selectively magnify target objects without occluding important background details.

A background image generation method searches a preset library for a matching template and applies color modulation from a source photo.

A virtual vehicle image renders partial transparency to reveal obscured objects in a simulated surround view display.

A learning apparatus generates background object labels within candidate rectangles to optimize detection units.

A localized environmental input sensing system determines precise lighting conditions using saliency information and multiple cameras.

A digital measurement apparatus compares images of an endodontic file with a preset reference value to determine precise length adjustments.

Electronic control unit generates digital models to detect and classify component defects, reducing aircraft turnaround time.

Linear camera array captures spatially separated images to align vergence and accommodation cues, eliminating viewer fatigue from depth distortions.

A microwave measuring unit determines voxel phase and magnitude to reconstruct object surfaces with high spatial accuracy.

Fleet vehicles broadcast real-time parking availability via a blockchain network, reducing search time and congestion through self-validating rewards.

A test device with a movable holding unit and position detection system automates vision unit positioning.

A hybrid rendering method blends shadow mapping with selective ray tracing to generate contact shadows.

A computerized system grades diamond colour by comparing optical images against reference datasets.

Segmented camera zones map customer gaze to specific products, resolving measurement precision trade-offs and reducing duplicate data collection.

Transparent floor captures rodent footprints to resolve monitoring accuracy limits in dark environments.

Non-linear dimensionality reduction in a latent space reduces particle count for efficient 3D tracking while maintaining accuracy during large limb movements.

Convex hull algorithms segment slanted characters and resolve stroke fracture issues in text image processing.

A computing system automatically selects and executes computerized advanced processing techniques for medical images based on exam characteristics.

A disparity map converts into a U-disparity map to detect drivable regions without relying on white lines.

A system identifies image regions for low-detail rendering and applies color uniformity processing to reduce visual artifacts.

A handheld scanner forms composite images using coarse and fine position calculations from overlapping frames.