Image Analysis TRIZ Cases

A Kalman filter corrects roll angle and gyro scale factor errors in spinning projectiles, improving inertial navigation at high roll rates.

Integer error functions trace cells crossed by a sensor axis in occupancy grids, preserving precision while cutting floating-point cost and memory use.

Vision detection of nozzle station position and angle lets a rotary head correct misalignment and exchange multiple suction nozzles at once.

Foreground-background segmentation and enlarged ROI edge extraction enable UAV obstacle ranging when stereo matching fails on low-texture scenes.

Image analysis maps under-sink plumbing to suggest code-compliant layouts, parts lists, and assembly steps before replacement begins.

Using radar, lidar, or cameras, this case derives object orientation from multiple target angles to avoid distance-error sensitivity and improve precision.

Relative position, orientation, speed, and acceleration are used to steer a carrier so its tracking device follows moving objects accurately.

Multi-time-step edge verification builds a reliable staircase model, improving robot foot placement and reducing stair missteps.

Combining on-device gas sensing with camera images helps pinpoint abnormal gas sources and gives users real-time local air composition data.

Imaging sensors and processor feedback automatically align the flow stream and collection vessels to speed setup and improve sorting accuracy.

Multiple landmark distances and angles narrow robot position candidates, enabling faster, more accurate state estimation and mapping.

Digital imaging of a calibration pattern replaces burn-off foil and caustic checks to improve irradiation system accuracy and speed.

Two underside optical sensors use image cross-correlation to track robot movement and turning angle without costly SLAM processing.

Pitch and yaw deviations feed an Euler-Kalman filter to correct projectile roll gyro scale factor error and crosswind-induced drift.

Short-time stroboscopic imaging and datum transformation enable accurate 6D measurement of large-range CNC contouring errors at high speed.

Image-based defect mapping links article shape or positioning faults to abnormal line parameters, cutting rejects and monitoring complexity.

A projected reference pattern lets a UAV correct for wall deformation and weak GPS, improving close-range inspection guidance.

Automatic UAV target tracking keeps a target's position and size stable in camera images, reducing manual control effort and operator load.

Camera-based image measurement adjusts dispensing pressure and nozzle height to keep PCB coating width accurate while reducing waste and setup time.

Multi-stage low-resolution ROI analysis and curve fitting improve lane and road boundary detection in real time while lowering compute load.

Camera-based image recognition locates the viewing window to measure hydrodynamic clutch fill level more accurately with less manual alignment.

Multiple cameras detect hand movements and verify item transfers between totes, cutting manual checks and speeding each-picking.

Neural networks classify images with a dynamic fine-grained ontology, cutting manual review load while improving filtering accuracy.

Cameras and a master control computer build a 3D rig floor model to track tools and personnel, reducing collisions and tool downtime.

Spring-loaded floor-beam supports let technicians mount inspection systems precisely by hand, avoiding complex robotic placement and production disruption.

An optical sensor scans plastic butt welds to find the best measurement position automatically, speeding seam quality checks without precise alignment.

Rough sensor placement is corrected automatically to capture plastic butt weld geometry quickly and consistently for weld quality checks.

Six-color printed symbols use sRGB intensity thresholds to improve indoor location decoding across varied lighting and viewing distances.

Ambient light sensing switches audio profiles automatically, reducing manual tuning while keeping playback suited to day and night listening.

Geometric information sets point cloud attribute prediction modes in advance, enabling parallel reconstruction and faster encoding and decoding.

Adaptive offset and skew variances let a Kalman filter track sudden oscillator frequency changes while keeping secondary clock synchronization stable.

External reference data derives sensor noise statistics and confidence weighting to improve Kalman-based multi-sensor object tracking.

In-pixel counters and logic capture sparse event frames plus key frames, cutting image data bandwidth while preserving high-speed motion detection.

Integrated pixel counters and key-plus-delta frames reduce image data transfer while extending dynamic range for fast, low-latency imaging.

Group-based zero padding aligns BCH and LDPC bit lengths to improve signaling robustness and encoding efficiency in broadcast BICM systems.

Client-generated reference and difference data protect cloud-stored ML training data from leakage while preserving accuracy and reducing storage needs.

Parallel updates of probability intervals and lower limits let arithmetic coding process two contexts per clock cycle with lower hardware burden.

In-pixel digital counters replace charge storage to extend dynamic range, cut noise, and support efficient stereo imaging readout.

Matrix-based bitstream partitioning and cross-buffer memory writes ease SoC data path congestion and speed high-definition video decoding.

Gradient and entropy analysis compress image sub-blocks recursively to cut processor load and decompression time with minimal visible loss.

An asymmetric four-block coding pattern speeds orientation and decoding while improving error correction without larger QR-style code size.

Group-based zero padding bridges BCH and LDPC length mismatch, improving fixed-length signaling transmission robustness and efficiency.

Parallel pulse-sequence conductance comparison detects pixel differences for image edges with fewer calculations and lower power.

Chosen LDPC bit groups are zero-filled by shortening order to fit fixed-length signaling while balancing transmission robustness and efficiency.

External reference data is used to derive sensor noise statistics, reducing manual Kalman tuning and improving multi-detector tracking.

Perceptual image indices detect post-processing display errors that CRC misses, preserving icon visibility and shape recognition.

A voxel grid generates a 3D map of trailer interiors to identify non-conforming objects and calculate occupied volume.

A communication management system calculates user presence probability to select the optimal destination device for incoming messages.

Geometrical warping interpolates low-rate video frames using inertial motion data to produce smooth high-rate output.

A drone data platform matches users with providers to deliver integrated aerial imagery.

Portable terminal devices capture posted material images and generate normalization information for server validation.