Instruments For Road Network Navigation TRIZ Cases

Voxel matching between real-time LiDAR data and high definition maps improves positioning accuracy while reducing computational costs for autonomous driving.

A client-server navigation app renders vector map tiles on a vehicle head unit via Bluetooth.

Positioning device generates spiral or zig-zag alternative routes to prioritize destination proximity during parking searches.

Distorts familiar reference images based on trust levels to resolve the contradiction between effective security indicators and intrusive user experience.

A navigation device stops route guidance output when the vehicle enters automatic driving mode.

A server detects vehicles near a user-defined area and retrieves traffic images from selected units.

An intercept device calculates a predicted target course to generate an intercept path converging on a moving destination.

A scenic route generation system constructs weighted graphs to produce visually appealing paths for virtual environments.

A device calculates operational distance for unspecified flight plan segments using a median plane reference.

Storing primary detection objects locally while keeping secondary data centralized resolves memory space constraints and maintains detection accuracy.

A system aggregates calendar and GPS data to generate four-dimensional user trajectories.

Segmented data transmission between base stations reduces vehicle waiting times in entry areas.

A guidance unit directs battery-powered vehicles to reconditioning stations using consumption forecasting and dynamic resource allocation.

A mapping application correlates static road data with dynamic traffic information for accurate visual representation.

A geo-collaboration system shares and co-navigates maps via a virtual repository, reducing data management complexity.

Segmented application programming interface manages multiple waypoints and event listeners to resolve adaptability versus processing power trade-offs.

A display panel uses elastomers at upper and lower ends to transition between inclined and fixed states while maintaining alignment.

Infotainment head unit transitions tracking responsibilities to mobile devices via sensors, maintaining continuity when users exit vehicle range.

A mapping system displays multiple floor maps in a single 2.5D perspective view for intuitive spatial navigation.

A laser scanning head-up display projects virtual images onto a windshield combiner to reduce driver eye strain.

A cloud-based in-car HVAC system aggregates vehicle and remote sensor data to determine optimal cabin climate settings automatically.

An augmented reality route display system determines linear sections to form connecting lines between start and terminal nodes.

A navigation system blends 3D objects intersecting a route guiding line to improve map display quality.

A walking route determination device extracts link candidates and filters combinations using radio wave reception status to identify the correct sidewalk.

A navigation control unit fuses sensor and location data to generate a speed probability distribution for accurate velocity estimation.

A vehicle controller manages emergency message relays by incrementing a count only when distance from the origin exceeds a threshold.

Probe data processing segments road links into lane-level paths to calculate average speeds and travel times for precise navigation guidance.

An occupancy grid sums range finding data magnitudes to identify landmark candidates for vehicle navigation.

A travel control apparatus switches between driving assistance modes based on available communication capacity.

Extracts parking and hazard data from map images to resolve versatility versus complexity trade-offs in vehicle assistance systems.

A unified mobile platform merges social networking, travel itineraries, and event participation into a single interface.

A terminal device calculates elevation using GPS signals and atmospheric pressure sensors for precise positioning.

Cameras and radar detect approaching vehicles to activate blinking lamps, preventing collisions with large freight trucks.

Navigation terminal detects occupancy via sensors and Bluetooth modules to adjust routing, preventing fines from unclear regional regulations.

An autonomous driving control system uses cameras and 2D Lidar to detect road features and follow lead vehicles.

An on-board system requests entry authorization tokens from a central control unit to manage vehicle access.

A Kalman filter fuses GNSS and dead reckoning data to calculate estimated horizontal position error in vehicle navigation systems.

A map application displays a walking radius overlay to provide location context without extra user inputs.

Load-based mapping techniques evaluate route factors to minimize driver mental effort, reducing fatigue by balancing efficiency with psychological comfort.

An interactive mapping system presents address locations as a list of directions and a connected map route.

A vehicle computing system connects to a remote human operator to process voice commands when local recognition fails.

A vehicle positioning device integrates satellite and inertial sensors with correction circuitry to generate accurate observed values.

A carpooling system calculates straight-line distances and maximum speeds to quickly filter eligible passengers before detailed route analysis.

Cloud extraction reduces onboard computing complexity while maintaining precise hazard identification accuracy.

Extracting shared geometric and topological attributes reduces data volume while maintaining position accuracy for automated vehicle navigation.

A positioning system determines user location and recommends the optimal elevator route.

An electronic device transfers control rights to an external unit via a communication module.

Mobile crowdsourced edge computing reduces central server load while improving route guidance accuracy.