Image Analysis TRIZ Cases

A vehicle display system corrects image distortion based on acquired target position to ensure clear visibility for intended viewers.

A fingerprint sensing system divides the sensor area into overlapping image regions to detect stable finger contact through time-sequence analysis.

A noise adder injects pattern-matched noise into captured images from multi-pinhole cameras to obscure original content.

Segmenting images into weighted windows filters chaotic light and optimizes spatial grouping, resolving accuracy drops in monotonous lighting environments.

A fingerprint sensing system detects a center of attention point on a user's finger to guide enrolment positioning.

A targetless laser radar projector detects object features using pulsed beams and time-of-flight measurement for precise 3D digitizing.

Integrating cameras with CT scanners captures jaw motion data simultaneously, eliminating sequential marker reattachment and reducing workflow time.

Sliding fastening assemblies allow the showerhead to expand without structural stress while maintaining a gas seal.

Photographing terminal calculates object dimensions using camera imaging angle, deflection angle, and trigonometric relationships.

A scene graph mediates shared virtual elements to render device-specific views across diverse hardware capabilities.

A processing apparatus identifies targets in virtual viewpoint images to generate 3D modeling data.

Curve equations define torso cross-sections to reduce computational complexity while maintaining modeling accuracy for obese vehicle occupants.

Screened spot colors carry watermark signals while optimized CMY overprints correct color shifts to maintain detection robustness.

A vector data matching device performs collective operations for specific dimensions and individual operations for conditional dimensions.

Integrating camera, weight, and audio inputs identifies food items to retrieve nutritional data while reducing system complexity through segmentation.

Sequential scanning overcomes single-viewpoint limitations by generating accurate 3D positions for complex scenographies while reducing computational effort.

A global motion estimation system recalculates estimates using bi-directional vectors from B-frames to resolve noise in MPEG sequences.

A transformation function maps position detections to graphical representations using stored calibration coordinates.

A head-mounted display control system superimposes captured real-world images onto a virtual space to enable simultaneous interaction with physical objects.

An image processing apparatus integrates object and environment shape data to generate virtual viewpoint images.

Software models analyze facial and vocal features to determine impairment levels without physical instruments.

A deep learning system transforms model poses in input images to standard orientations for consistent feature vector extraction.

A face recognition system extracts feature values from user-selected facial parts to identify individuals accurately.

A facial type diagnostic device integrates feature values from multiple expressions to determine user classification.

Machine vision system analyzes wellsite imagery to detect equipment and personnel movement patterns.

A raster scan image vectorization method processes pixel groups line by line to build vectors without loading the full image into memory.

A palm print image division unit segments large biometric images into manageable regions for automated processing.

Subminiature cameras capture filter end faces while distortion correction maps compensate for barrel distortion to ensure accurate diameter measurement.

Optical transmission imaging detects banknote cracks by analyzing transmitted light intensity, preventing equipment jamming from damaged notes.

Multi-sensor video surveillance generates heat maps to track traffic patterns and detect personal protective equipment compliance violations.

Merging registration with inspection eliminates separate process steps, reducing time lost between sequential operations.

A stereo camera device uses shifted imaging units to capture overlapping color and monochrome images for precise distance calculation.

Camera system captures short and long exposure images to estimate tracker pose and correlate virtual object data, eliminating navigation pointer calibration.

Warping a flat grid to match 3D curvature resolves the trade-off between ease of operation and measurement precision.

Automated detection system identifies improperly redacted documents by computing the geometric area of intersection between text elements and redaction overlays.

A system adjusts 2D auxiliary signal values to reduce hardcoded overlay depth in 3D displays.

Reality staging engine removes obstructing objects to enable accurate virtual design analysis in augmented reality.

Interlaced pattern detection minimizes thermal expansion errors in camera-projector rigs, maintaining measurement precision without continuous recalibration.

A visual attention module paired with a robustness assessment system to quantify prediction stability across dynamic scene conditions.

A picture rendering method reuses previous frame data for unchanged parts to reduce processing load.

Image processing apparatus adjusts pixel values across LED wall panels to maintain consistent luminance for virtual production backgrounds.

Segmenting 3D models into linked layers reduces network bandwidth consumption while maintaining geo-spatial registration accuracy.

A biometric authentication apparatus selects stable bit strings from feature vectors to minimize registration data volume.

LiDAR sensors capture 3D geometry of diverse cargo loads, enabling control units to calculate optimal arrangements before loading begins.

A host device transmits varying exposure and illumination signals to identify peak brightness, establishing precise timing offsets between separate imaging and lighting assemblies.

A lane detection system extracts feature points and selects candidate start and end points based on width constraints.

Encoding wide-area motion imagery tiles into separate color channels within JPEG files for efficient video packaging.

A detection system maps skin color pixels to a two-dimensional Boolean grid for efficient content categorization.

An adaptive encoding system determines primary movement directions based on the generating computer application to describe dynamic image differences relative to a reference image.

Removing pedestrian interference from corridor images improves similarity accuracy for automated grocery cleaning instructions.