Instruments For Road Network Navigation TRIZ Cases

Aligns an optical member attaching part with the main scanning direction to correct positional shifts via write timing adjustments.

Vehicle apparatus identifies candidate routes for human operator-free trips and requests approval from a remote system.

A map matching method extracts observation semantic features from vehicle sensor data to align with vector map features.

A peer-to-peer navigation system pairs users with targets and dynamically modifies generated routes based on real-time positional data.

Dynamic distance tolerance values filter redundant trace points before concatenation, reducing processing complexity while maintaining high route accuracy.

A user terminal displays waiting times via LED illuminations, resolving smartphone complexity barriers for visually impaired users.

A navigation system analyzes user emotions and history to provide tailored route guidance.

A vehicle battery control unit predicts temperature using navigation data to set dynamic charge limits.

A connected device determines vehicle orientation by combining satellite signals with inertial sensor data and reference object relative orientations.

A map display control device scrolls a visual map toward a priority object after manual operation ends.

A navigation screen generator toggles icon visibility by detecting touch positions on the map image.

A processing unit ascertains intersection lane connectivity using vehicle localization data and neural networks.

Network computing system configures vehicle routes to ensure curbside access for passengers.

A computing device calculates a complexity score from vehicle alerts and environment data to determine entity allocation.

A parking assistance device computes a repositioning path to correct positional deviations during automated vehicle parking.

A traffic simulation system calculates vehicle velocities based on road density to improve accuracy.

A telematics system records driving data to calculate risk levels and adjust insurance premiums dynamically.

A vehicle navigation system tailors route guidance to individual driver capabilities by analyzing operational behavior and physiological signals.

A magnetic sensor apparatus measures temporal fluctuations of geomagnetic values during movement to calculate measurement errors with higher accuracy.

Splitting computational load between local devices and cloud servers reduces sensor complexity while maintaining high accuracy in driver behavior detection.

A route determination system calculates navigational paths using real-time and historical network health data to guide mobile devices.

A server calculates a congestion index for electric vehicle chargers based on accessible vehicle counts and usage history.

A vehicle control device displays non-selected traveling lines alongside the target path to clarify system decisions.

Visual map matching identifies road features to determine vehicle position, resolving GPS inaccuracy at intersections.

Segmenting images by the horizon line lowers processing complexity and error rates from homogeneous textures below the line.

A navigation system updates route classifications to generate accurate travel routes for display.

Trajectory identifiers resolve ambiguous map matching at crossing roads by comparing probe point counts across branches.

A mobile transceiver uses vehicle speed and heading data to estimate position when satellite signals are unavailable.

System deletes inaccurate path history data during signal loss to maintain measurement precision and ensure reliable local safety system operation.

A route-biased search ranks points of interest using detour costs and user direction.

Real-time graph updates adjust edge weights based on fire spread and door status, ensuring accurate route retrieval during building emergencies.

A route search system specifies optimal charging stations to minimize total travel time for electric automobiles.

A Fresnel lens incorporates a light shielding mask at the parallel second face to block reflected stray light from exiting the optical system.

Dynamic braking force adjustment based on location accuracy minimizes impact while maintaining precise stopping at target locations.

A navigation server extracts designated locations from movement history by filtering out base area stops to identify occasional user destinations.

Adaptive driving beam headlamps adjust light patterns to protect oncoming drivers from glare.

A GPS correction system matches camera-detected lane lines with stored road map data to calculate precise traveling lane information.

Segmenting probe data by lane calculates distinct traffic values, resolving multi-lane averaging inaccuracies in congestion reporting.

A mobile device uses WLAN BSSID data to determine public transportation context and adjust hands-free settings.

A user interface apparatus displays image objects for path search using sweeping transitions and priority-based arrangements.

Controller stores vehicle images only when travel data meets specific speed and route criteria.

A navigation widget controller retrieves map data from a web server to display location information on a mobile device.

Machine learning models classify vehicle stops using GPS features, resolving the contradiction between high accuracy and system complexity.

A vehicle position estimation device calculates lane reliability using map data and external information to identify the traveling lane.

Server-side tiling and offset encoding compress map data, reducing transmission volume while preserving navigation accuracy.

Sharing GPS data and false warnings between vehicle and cloud databases builds location history, reducing environmental noise classification errors.

A time map generates isochrones to visualize travel times on a graphical user interface.

A route calculation apparatus segments search algorithms by terminal portability to generate distinct optimal paths for in-vehicle and mobile devices.

A trained identification model determines candidate points of interest using correlation probabilities from historical trip records.