Instruments For Road Network Navigation TRIZ Cases

A path plan generator determines lane change necessity and timing using detailed map data for road shapes and link relationships.

Information providing device generates trip proposals based on user interest levels to encourage travel participation.

A vehicle computing system receives updated point-of-interest data from a nomadic device over a local connection.

Dynamic map view boundaries adjust search regions to resolve the trade-off between focused results and comprehensive coverage of distributed business entities.

Optimized rules adapt to varying map data quality and digitization accuracy, ensuring direction instructions align with user expectations.

Communication platform extracts terminal identification parameters from active sessions to initiate new connections without manual credential entry.

A vehicle sensor detects road conditions to update map data for accurate navigation.

A map matching apparatus generates a hierarchical logical network to specify link strings with minimized cost.

A vehicle display apparatus projects graphic objects onto a windshield to visualize hidden external entities using sensor data.

A map information update apparatus switches between broadcast waves and wireless communication to refresh district map data.

Segmented fuel tanks buffer supply to prevent stalling on inclines while reducing unnecessary weight penalties from large residual volumes.

A map-based polygon selector tool defines closed geometric areas to retrieve user-specified information from spatial databases.

Autonomous lane control system manages vehicle steering and speed using real-time sensor data for precise path tracking.

Effective slope values replace average slope data to resolve the trade-off between calculation complexity and fuel estimation accuracy in navigation systems.

A vehicle information processing apparatus filters voice commands against a running operation denial list to prevent distracting application execution.

A navigation system enables users to search and modify driving routes using metadata.

Gesture inputs on a touch-sensitive display replace complex mouse sequences to select 3D map views, reducing cognitive burden and conserving device energy.

An information terminal assigns in-car actuation signals to mobile operations using priority-based mapping rules.

Mapping application integrates ride service APIs to display candidate options, eliminating app switching and improving user convenience.

Traveling controller minimizes total expenses by calculating optimal waiting and traveling times, balancing parking charges against fuel costs.

Navigation system detects upcoming no service regions and adjusts functionality by providing sub-optimal navigation data for offline operation.

Direct asset extraction eliminates synchronization complexity and duplicate data obsolescence in vehicle infotainment systems.

A computing system generates virtual map tiles on demand using ad hoc specifications to customize content and format for client devices.

Road density calculation improves probe data point assignment accuracy by adjusting search radii according to local road distribution.

A navigation system generates fuel-optimization routes by calculating usage factors based on vehicle context and driving behavior.

A processing system correlates weather parameters with vehicle arrival delays to calculate location-specific sensitivity.

A transportation manager determines customized candidate routes combining ground and air segments for passenger travel.

A route navigation apparatus selects predetermined music information to provide a corresponding driving route.

A navigation system proposes road trip modes and recommends stopovers based on vehicle, traffic, and weather data.

A vehicle navigation device captures event data images and uploads them to update driving information.

Wireless devices download map data based on calculated area density, resolving urban overcrowding and rural detail loss through dynamic threshold adjustment.

Network-based system processes location data to identify retail items along a vehicle route for purchase.

A facility rating device generates evaluation data by detecting vehicle parking positions within target areas.

A server uses weighted scoring to match mobile users with available vehicles via real-time communication interfaces.

Autonomous vehicles generate real-time maps using navigation guidelines derived from prior driving trajectories.

A touch panel uses a vibration sensor to correct screen position, resolving input errors caused by vehicle vibrations.

A roadwork validation system fuses lane marking, speed funnel, and traffic behavior data from multiple vehicles to generate a confidence score.

Network computer system repositions service locations via permissibility criteria, resolving provider hardship while maintaining service flexibility.

A navigation device delays incoming call signaling until after issuing a maneuver instruction.

Multi-resolution voxel spaces store spatial data and covariances to align sensor inputs with semantic layers.

A navigation method calculates matching degrees between directional road names and subsequent path segments to assign relevance weights.

A handlebar grip uses a vibration generator and damping element to transmit mechanical signals directly to the user's hand.

A vehicle management system adjusts pick-up locations based on real-time rider movement data.

Preloading map tiles for upcoming waypoints ensures real-time navigation accuracy while minimizing network bandwidth consumption during high-speed travel.

Fusing global and local LiDAR maps with inertial data maintains positioning precision when road environments change.

A central traffic control computer predicts emergency vehicle routes using current position data and direction vectors to influence adjacent signal systems.

Pre-generating transport-service graphs allows the system to select relevant routes and query only necessary data, reducing computational load.

A vehicle trajectory recording system uses sensor fusion to detect direction changes and adjust driving paths accurately.

Transitioning to 3D spherical visualization resolves cognitive processing bottlenecks by providing immediate threat awareness in degraded visibility.