Image Analysis TRIZ Cases

A hand-held surface profiler maintains a fixed baseline between its laser module and camera to perform accurate triangulation scanning.

Convolutional neural network classifies subvisible particles in micro flow imaging data for sterile formulations.

A server generates 3D views by associating object characteristics with data points from multiple sensing components.

Symplectic integrator estimates vertex positions using positional constraints derived from FEM material models.

A handwriting separation unit detects overlapping ink strokes and shifts their positions to generate distinct image data.

Animated figure display system uses trackers to project image content onto moving bodies and surfaces.

Maps source colors along a straight line in the chromaticity plane from a preserved gamut boundary color to a target gamut boundary color.

A grid-based data generation method updates input images using cross-entropy loss to produce diverse segmentation training sets.

A processor detects face orientation to adjust display brightness levels.

A photo-realism computing system adjusts encoder configuration parameters based on pixel luminance distribution to balance compression efficiency with image quality.

An image alignment device automatically detects a person of interest within an input image to perform precise orientation and zoom adjustments.

Shadow analysis infers sun position for vehicles without extra sensors, overcoming distance limits.

A hierarchical model traverses data structures to grade returned products and determine dynamic pricing based on condition.

A learning method selects specific regions from a 3D model to train detectors for object recognition.

Textured 3D models resolve GPS shadow and IMU drift errors by projecting captured imagery onto stable geometric surfaces for accurate alignment.

Distinct memory access patterns in dual-path GPU processing detect intermediate result discrepancies, ensuring data content integrity during image generation.

System segments images and superposes transformed defects to train weld inspection models.

A test strip detecting carrier integrates positioning markers and embedded colorimetric blocks for mobile image analysis.

A subject tracking device calculates similarity levels between initial and update template images to determine target position.

Tilting the principal surface relative to maximum wave intensity increases apparent resolution, resolving detection failures for flat-shaped contaminants.

An information processing apparatus estimates waiting time by acquiring object counts and exit frequencies from a single detection system.

A feature point detection unit identifies object regions in query images to enable rapid processing of multiple objects.

Segmenting pose estimation into coarse and fine stages resolves the trade-off between robustness to lighting changes and precise alignment accuracy.

A measuring machine uses calibration values to correct imaging optics aberrations for accurate dimensional property determination.

A portable device adjusts virtual image display speed based on marker object movement to maintain readability.

A parking assistance device selects captured images of obstacle inner side surfaces and calculates three-dimensional point groups using stereo image processing.

Diffractive optical element creates overlapping pattern replicas to overcome emitter spacing constraints and improve depth estimation accuracy.

A digital image processing system segments photos into regions to generate video sequences that mimic human eye movement patterns.

A computer system calculates real-time user focus clusters and alters displayed image hues to reflect aggregate interest levels on mobile devices.

An individual identifying device captures images under varying conditions to extract feature amounts for object recognition.

A printer system generates repositionable notes by creating secure chat rooms and two-dimensional codes for participant access.

Code recognition application adjusts user interface rotation angle to match detected code orientation for accurate scanning.

An image analyzer evaluates detection results from specialized mask and face detectors to determine subject coverage.

Segmented laser sources and photodetectors resolve high angular resolution against manufacturing cost through dynamic scanning mechanisms.

A processing system arranges selected in-vivo image portions into a rectangular or hexagonal array layout.

Synchronized camera modules capture high-resolution undercarriage images of moving freight cars, eliminating stationary manual inspection delays.

A computer system captures position information from a second electronic device to display synchronized virtual objects within an augmented reality environment.

Dual-objective 4Pi geometry with deformable mirrors corrects spherical aberrations, enabling 10-20 nm isotropic resolution in 10-μm thick cells.

Attaching metadata to proxy and high-definition objects enables programmatic swapping within a secure database structure.

Radon transforms and FFT estimate affine parameters to resolve noise sensitivity in registration accuracy.

A detection system analyzes dynamic corneal reflection parameters captured at varying device positions to verify live subjects.

Automated ultrasound apparatus detects features in 3D volume data and displays prioritized 2D cross-sections.

An assembly module uses one optical sensor to monitor detection and actuation areas, resolving authentication delays caused by active user interaction.

Host simulates tracking in virtual environment to evaluate SLAM reliability before deployment, avoiding costly physical environmental adjustments.

A mobile device identifies products and configures sensors to examine security features.

Computes evaluation values from recognition results to verify accuracy before updating the surgical tool recognizer.

A crowd-sourced modeling system receives image data to identify environmental changes and generate updated 3D model parts.