Instruments For Road Network Navigation TRIZ Cases

A backup battery supplies detection and transmission units after shutdown, preventing loss of vehicle status data.

A GPS modem selectively disables its RF transmitter via a control signal to prevent accidental detonation of nearby explosive devices.

A navigation server evaluates segment costs using traffic difficulty and road environment data to calculate route candidates.

A navigation platform processes sensor data to determine user line-of-sight and behavior patterns for adaptive guidance delivery.

Sensor-readable tags encode landmark data to bypass manual digitization, ensuring accurate map updates.

A routing system applies cognitive rules from experienced drivers to adjust base paths.

A mobile device system fuses gyroscope and altitude sensor data with geographic maps to determine precise location coordinates.

A server device dynamically adjusts vehicle data transmission rates based on real-time conditions.

A vehicle information system calculates minimum remaining travel distance using battery error data to display nearby charging equipment locations.

An adaptive guidance system modifies vehicle paths using spline and best-fit techniques to navigate complex field boundaries.

A mapping system converts geographic coordinates to image X, Y positions on non-linear charts using segment-specific scales.

Image recognition module detects lane lines to determine route changes, resolving positional deviation in standard GPS without expensive DGPS hardware.

A navigation system integrates a parking space module and path module to determine actual parking conditions and calculate travel paths.

A 3D terrain display apparatus segments visual output into distinct detail levels to manage rendering resources efficiently.

A vehicle interior sound control system adjusts audio levels based on real-time GPS location data.

A system tracks mobile device locations to detect new roads and generate alternate route recommendations automatically.

A terminal device detects state changes in a leading vehicle and transmits attention information to following vehicles.

RNN encoding compresses routes into fixed codes to resolve the trade-off between matching precision and system complexity.

A navigation device sets a route using server links and verifies appropriateness by comparing link distances.

A moving target navigation system calculates optimized courses to intersect with dynamic entities using predicted future locations.

A wearable navigation device compares current and previous geographic locations to generate visual alerts.

Locality-sensitive hashing transforms geospatial inputs for a transformer model that corrects graph-based routing errors to improve prediction accuracy.

Navigation system calculates parking space favorability using pedestrian access point distances to resolve user cognitive load in complex facilities.

Neural network extracts global scene features from high-dimensional trajectory and map data to predict future movement paths.

A dark current controller switches operation modes automatically using navigation and start detection signals.

Spatial models from digital elevation data detect physical changes to reduce manual inspection time.

A vehicle display control device directs a character's sightline toward objects to align information output with driver attention.

A mixed stopover routing module dynamically orders flexible waypoints to minimize travel time while preserving user-specified stop sequences.

A multimedia module enters a prestart state upon vehicle unlocking to initialize background tasks before user interaction.

Statistical model refines weight vectors using sensor data to predict vehicle energy consumption, resolving accuracy limits from static historical averages.

A path querying system selects routes using turn probabilities derived from historical trajectories instead of real-time road weights.

Predicts construction-related driving route changes using image signals from vehicle cameras to enhance map update accuracy.

Server shares zone navigation data with vehicles, eliminating training drives and enabling autonomous operation in unfamiliar areas.

A computer unit calculates and transmits position data only when motion exceeds a threshold.

A vehicle controller modifies travel routes to pass through stores selling user-listed items.

A position detecting apparatus generates map error information with image data for a center apparatus.

A dynamic route finding system updates navigation destinations using optical sensors and mobile communication to track a lead vehicle.

A vehicle control device detects occupant position and selects the most accessible input device for consent operations.

A geofence correction algorithm identifies frequent stop locations from GPS event data and adjusts boundaries to resolve conflicts with user-defined zones.

A navigation system uses low power radios and cameras to guide vehicles to available parking spaces.

A positioning device estimates built-in clock errors using GPS Doppler shifts to modify range rates for accurate three-dimensional velocity calculations.

An autonomous driving control system determines map accuracy and sensor coverage to recommend driving paths with indicated levels.

Segmenting static barriers from the processing pipeline reduces computational load while maintaining navigation accuracy.

A driving control apparatus adjusts autonomous levels based on map data quality.

Server calculates vehicle moving trajectory from wheel position data to generate virtual lane guidance for autonomous driving.

A navigation system analyzes driver behavior data to identify preferred routes and actual delays.

Automated driving control device fuses high-precision lane-level road map data with vehicle position information for accurate navigation.

Navigation system calculates travel-lane identification to generate vehicle movement controls, resolving adaptability versus device complexity trade-offs.