Image Analysis TRIZ Cases

A document comparison system converts pages to bitmaps and generates polygon annotations from spatially indexed difference points.

A dual-frequency receiver system determines UAV position using precise point positioning and real-time kinematic techniques.

A liquid transfer monitoring method detects sample presence by measuring scattered light intensity from irregular inner surfaces of holding portions.

A local color model determines opacity values from neighborhood pixels to generate coherent image masks with hard and soft edges.

A transparent display screen uses camera-based feature point detection to activate an infrared sensor only during incoming calls.

A device generates feature descriptors from tracked objects to retrieve matching groups across different camera regions.

An adaptive radiotherapy computing device processes X-ray images to adjust treatment plans based on anatomical changes during delivery.

Dynamic motion selection resolves synchronization conflicts between pre-assigned animations and emotional nuance.

Structured object representations generate precise training data via programmatic transformations, resolving manual labeling inefficiencies.

A biometric authentication system captures three-dimensional depth maps to verify user identity through spatial feature analysis.

External cameras monitor a total plane to detect goal events, resolving signal transmission reliability issues inherent in internal ball transmitters.

A mobile terminal retrieves screen pixel values to compute quality parameters for automated network assessment.

An optical imaging detector captures reflected light patterns from the vat rim to calculate resin volume without physical contact.

A 3D distance sensor extracts geometric features including corners and reflection functions to build a feature map.

A dual-model image recognition system detects targets using area-specific machine learning models to improve detection precision.

Sampling pixels and converting them to binary form reduces inspection time while maintaining defect detection accuracy.

A unified compilation system optimizes convolutional neural network models for efficient execution on integrated graphics processing units.

A texture histogram calculator converts images to grey-scale and generates horizontal and vertical histograms using Discrete Fourier Transform.

A graphics system retains surface normals from removed primitives to maintain smooth lighting transitions in decimated images.

A range-finding apparatus uses a converter to sequentially transform pixel signals via binary search into digital data streams.

A contactless fraud detection method analyzes three-dimensional finger geometry to validate authenticity without physical surface contact.

A computing device determines package dimensions from pixel locations of corners within captured images.

Parallel multilayer CNNs process image blocks to create self-validated training data, reducing false positives and negatives in aerial imagery.

Dual cameras with horizontal and vertical offsets combine stereoscopic calculations to correct positioning errors and improve obstacle detection accuracy.

An occupant service apparatus matches body parts to objects and tracks distances to control vehicle functions.

Automated extraction of work targets from manual text generates uniform AR content positioning, reducing creation time and effort.

A frame rate converter calculates differential luminance values between point-symmetrical pixel pairs to generate accurate interpolation frames.

Particle filter algorithm generates correspondence measures between consecutive cellular images to establish tracking links.

Information processing apparatus evaluates luminance change frequency to generate directional images for display control.

A depth map refinement system aligns pixel depths with user viewpoints to transform captured images for extended reality displays.

A doorway detection system extracts salient line segments to determine vanishing points for robust navigation.

A weighted visual inference method combines dynamic vision sensor and contact image sensor measurements to determine object motion.

A 3D construction model display system identifies management segments from user-specified positions to retrieve associated data.

Heterogeneous model fitting fuses multi-orientation phase consistency with image amplitude features for robust feature detection.

Floor detection units trigger imaging timing in a gate apparatus to capture face images during movement, resolving congestion and space constraints.

Increasing object distortion in omnidirectional images generates training data that improves detection accuracy for distorted objects.

See-through headset overlays digital screens onto real environments, resolving physical size constraints through augmented reality integration.

Assigns target confidence values to BEV pixels based on sensor uncertainty, resolving information-free areas behind reflection points.

A robot vision system generates a common structure model from geometric features shared across multiple position candidates to align with reference data.

Virtual cursor feedback resolves finger obstruction during touch screen dragging, enabling precise polygon construction.

Preliminary sinogram processing and lookup table compensation correct tissue-specific optical fluence variations to improve oxygenation map accuracy.

A processor calculates facial asymmetry parameters from sequential image frames to identify shaking actions.

Image capturing device determines lane width changes using compartment line geometry without adjacent lane data.

A single image detector captures stereoscopic color images for depth analysis.

A pattern inspection apparatus divides large semiconductor masks into discrete regions to capture optical images and calculate positional deviations.

Height maps derived from stereo vision separate humans from background clutter, enabling accurate traffic counting.

A lens flare detection circuit processes raw image data to identify green ghost locations without consuming significant CPU bandwidth.

A smart range camera rectifies distorted pixel data onto a uniform grid to enable dynamic three-dimensional analysis.