Navigation Instruments TRIZ Cases

A calibration system aligns inertial measurement units using coordinate measuring machines and inclinometers to determine rotation matrices.

Electronic flight management system replaces printed charts with dynamic displays that monitor altitude and distance limits during instrument procedure turns.

Frame-by-frame filtering removes moving objects from crowdsourced radar data, reducing processing complexity while maintaining map accuracy.

Cloud service transmits targeted map diffs to autonomous vehicles via VIN, reducing bandwidth consumption while maintaining update accuracy.

Route modeling devices calculate biarc interpolation curves to replace kinks in digital target paths, ensuring smooth machine movement without guide wires.

Encoding digital elevation models into grid modules parameterized by scale and orientation to generate phase codes.

A weather indicator system presents ceiling and visibility data on a single display unit for pilots.

A superimposed image display device arranges guide images within three-dimensional map information to ensure accurate visual recognition by the driver.

A positioning device stores divisional area elevation data to identify multipath signals and generate precise present position information.

A self-orienting reticle overlays vehicle state onto a graphical image to enable accurate target aiming.

A voice router converts microphone audio into text data using an avionic language model to generate executable instructions.

A bending band model defines vehicle trajectories using finite element analysis to optimize motion parameters for improved driving comfort and energy efficiency.

A driver assistance apparatus calculates target pre-deceleration speeds using navigation data and vehicle detectors to manage entry onto exit ramps.

A POMDP policy identifies degraded sensors via Kalman filter covariance analysis for robust autonomous navigation.

A text speller system dynamically expands multi-character input controls into single-character sets to streamline user interface interactions.

Merging radar frames into accumulated maps computes motion vectors, resolving accuracy complexity trade-offs in autonomous driving.

Air flotation vibration isolation platform isolates space pointing measurement apparatus from external disturbances.

A system creates position patterns to estimate target locations using category and terrain data.

A display system determines request destinations using virtual frame buffers and transparency information.

A vehicle path determination apparatus uses a receiver to detect radio frequency signals from front vehicles for trajectory tracking.

A GNSS receiver generates point cloud representations from tracked satellites to detect road levels on multi-level roads.

A hybrid centered head-down display aligns its centerline with the aircraft track to generate terrain and attitude symbology.

A control unit divides map regions into branch and non-branch areas to calculate minimal editing cost paths for difference extraction.

A computing device displays an initial procedure and adjusts it in response to a triggering event to emphasize a predetermined portion of the procedure.

Aircraft display system fuses millimeter wave radar data to generate real-time 3D hazard depictions locked to aircraft attitude.

A map services platform collects crowdsourced high-quality imagery to generate ultra-high-definition aerial views.

Horizontal situation indicator displays heading-based leg symbology, eliminating mental conversion from track-based indications and reducing pilot workload.

A flight display system conveys energy management data through graphical symbology.

Active Doppler sensors detect entity signatures to determine calibration parameters, verifying location data in GPS-denied environments.

A system defines a smoothed coverage polygon for aircraft environmental data transmission.

Combined inertial navigation system corrects lowered acoustic Doppler current profiler measurements using real-time orientation data.

Bayesian combiner correlates sonar and navigation data to correct drift in complex underwater structures.

Dual textures create depth perception in tile-based maps without increasing geometry complexity or storage requirements.

ML intent prediction filters physics-based monitoring data to reduce unnecessary air traffic controller alerts.

Radar maps and inertial measurement unit data combine to determine pose estimates, correcting drift to stabilize rendered objects.

A map generation device combines consecutive probe data sets to create alignable reference information for vehicle navigation systems.

A geolocation estimation model processes input data through quality evaluator models to generate evaluation metrics for internal consistency checks.

Position-score correspondence information tracks mobile objects through intermittent detection gaps, resolving identification continuity issues.

Digital map system overlays indoor floor plans on outdoor views via automatic zoom triggers.

A road network extraction method fuses user trajectories with satellite aerial images to generate accurate navigation data structures.

A location-based map system displays real-time retail inventory and pricing data to streamline shopping decisions.

Unmanned aerial vehicles detect abnormal environmental conditions in data centers, enabling automated remedial actions.

Dimensionally accurate virtual assets overlay aerial imagery, resolving subjective interpretation errors in delivery instructions.

Hierarchical markup elements merge geographic data with style attributes to resolve platform rendering inconsistencies in interactive GIS systems.

A preprocessing system generates a reference line to convert Cartesian coordinates into longitudinal and lateral displacements.

Digital assistants evaluate relative urgency between ongoing and interrupting tasks to dynamically prioritize output delivery.

Segmented processing partitions detect faults and switch modes to maintain aircraft control integrity.

An automatic alerting system infers significant target actions from aerial imagery streams to notify operators.

Transmits captured ground-based flight tracking images to onboard displays, enabling pilots to analyze real-time weather and air traffic data independently.

Autonomous UAVs locate ground targets using randomized Lévy flight patterns for broad area search.