Instruments For Road Network Navigation TRIZ Cases

A waypoint server system filters potential points of interest using dynamic ratings and rank ordering to present relevant options.

Grid-based indexing limits candidate triangular faces in triangulated irregular networks, reducing computational complexity during height determination.

A route-based recommendation system generates user preference scores from location data to suggest relevant points of interest.

An adaptive mapping system classifies environments to balance inertial navigation drift against laser scanning precision in GPS-denied areas.

Aggregates location data into non-overlapping areas with assigned values to create a unified value distribution.

Merged gravimeter and IMU estimate sensor drift using gravity maps, reducing system complexity while maintaining accuracy in GPS-denied environments.

A distance regulating system adjusts longitudinal acceleration based on expected transverse acceleration detected by a route detector.

Iterative on-off cycles remove foreign objects from the brake apparatus, restoring standard pressure and preventing traffic accidents.

Navigation software predicts driving time to identify compliant rest stops.

A dead reckoning method calculates position and attitude increments using wheel speed information to improve vehicle positioning accuracy.

Separating preset data into a configuration file allows an interpretation module to read and process maneuvering instructions without reprogramming source code.

An autonomous vehicle system determines optimal stopping points along a delivery route to reduce driver walking distance.

A location-based meeting system calculates optimal sites using user positions and preferences.

A telematic system generates circular search areas around sampled GPS points to identify candidate street segments for path reconstruction.

A navigation method decomposes vehicle energy consumption into distinct acceleration, aerodynamic, and inclination cost factors for precise route determination.

A graph-based system determines optimal target locations and paths for moving objects using reinforcement learning.

A wearable device system identifies circuit course components using pre-acquired landmark data to generate personalized running routes.

Driving assistance system synchronizes map data versions with route guidance units, preventing malfunctions caused by mismatched database updates.

Controller switches between GNSS and sensor positioning systems to maintain vehicle location accuracy when satellite signals weaken.

Communications server generates variable transit points based on network parameters to create multi-modal journey options.

A vehicle electronic control unit processes parking condition data from other vehicles to determine congestion levels and alert drivers.

Automated signaling devices direct evacuees along obstacle-free paths, reducing time lost locating hidden or incapacitated persons.

Navigation applications define directional and security constraints between map features to prevent users from following inaccessible routes.

Remote processor updates digital maps with observed traffic light positions from probe vehicles, reducing computational load on host vehicles.

An event navigation system uses sensors to monitor traffic flow and determine optimal routes for users.

A travel assistance method converts sensor lane boundaries to map coordinates and integrates configuration data using parameter-based range selection.

A controller identifies user behavior patterns to predict scheduled arrival times at a building.

A portable multifunction device uses finger gestures on a touch-sensitive display to access map applications and location data.

Autonomous vehicle world model calculates hypothesis likelihoods to predict object positions, resolving tracking accuracy versus system complexity trade-offs.

A vehicle infotainment system uses a touchpad controller to navigate categorized points of interest on a split display screen.

Sequential mesh group processing reduces system load while maintaining complete information coverage across all target areas.

Automated driving system processes passenger pull over requests via human machine interface to initiate controlled stopping sequences.

A driving assistance system converts autonomous control commands into perceivable information for manned vehicle operators.

A remote assistance system enables a second user to view and interact with a driver's navigation application through real-time screen sharing.

Segmented dead band navigation reduces steering wear by limiting heading changes to predetermined events.

Merges multi-vehicle trajectories within time windows to resolve route profile accuracy issues caused by individual driver behavior variations.

A ground controller manages travel permissions for vehicles navigating curved sections by issuing speed-adjusted access rights.

Wayfinding devices guide autonomous agents along predetermined paths using sensor data and remote instructions.

An integrated hours of service and navigation system dynamically adjusts driver routes based on real-time traffic conditions.

A parking guidance system selects optimal parking areas based on route structure information and user selection criteria.

Controller switches between camera and LiDAR sensors to maintain accurate vehicle localization when environmental conditions limit specific data availability.

Cross reality systems analyze V2X data to generate reserved slot overlays, reducing collision risks at complex intersections.

A user interface system displays panoramic images alongside map views to maintain spatial orientation during navigation.

An electronic device guides users to objects by combining GPS positioning with camera-based visual recognition in the view window.

A position registering apparatus detects vehicle deviations from roads to automatically register parking lot entrances.

A vehicle control unit adjusts interior lighting brightness based on navigation route data to optimize driver visibility.

Marker-combined SLAM navigation corrects angular deviations and loop closing errors in large environments using reference markers.

Segmented route determination system uses intermediary database to include traffic lights and speed limits, resolving validation complexity.

A vehicle notification device controls output signals based on surrounding traffic conditions to manage information delivery.

Tracking system fuses inertial and GPS data to correct errors from signal attenuation indoors.