Instruments For Road Network Navigation TRIZ Cases

A vehicle control system manages autonomy transitions using onboard user preference data and historical mobility patterns.

A lane reduction determination device calculates bending angles of division lines to identify merging lanes using map data.

A robust statistical estimator weights navigation residuals to detect and exclude erroneous measurements in radio receivers.

A parking path generation device switches search directions to locate spaces.

A system identifies the largest continuous horizontal surface of a 3D landmark for accurate route guidance integration.

A driver assistance apparatus adjusts indicator position and brightness based on detected vehicle-obstacle relationships.

Determines low-CO2 emission routes for electric trucks by optimizing charging station selection and timing based on time-dependent energy mix factors.

A mobile device corrects estimated positioning values using sensor data and preset map references to enhance accuracy.

A tiling overlay reduces road segments considered for optimum path calculation by evaluating relevance to tile boundaries.

Adjusting viewing parameters to optimize map presentation reduces overlap between building levels, enhancing navigation clarity.

A client device selects a grid interface to display service provider location updates without loading map imagery.

A navigation system segments traffic flow reductions using speed thresholds to distinguish weather impacts from congestion events.

Range sensors measure object movement through intersections to infer traffic signal states, resolving accuracy issues inherent in visual observation methods.

A synchronization device scales navigation routes to align virtual reality output content across multiple vehicles.

A computing system modifies safety officer patrol routes based on monitored geographic areas.

Electronic device communicates with a POI management server to match location data against registered points of interest.

A ride-sharing system allocates seats based on passenger preferences and real-time vehicle status.

A server determines initial and target positions to display a navigation route on an electronic map.

A wearable sound reproduction system adjusts audio output based on detected shielding object positions.

Automotive emergency management controller detects seismic activity via onboard accelerometers to trigger autonomous vehicle safety measures.

A vehicle driving system acquires real-time information to determine a limited operational area for autonomous navigation.

A traffic information output system predicts moving costs to simplify route selection.

A navigation system simplifies junction nodes by eliminating decision points to merge internal and external segments.

Segmenting panoramic views into virtual camera patches resolves alignment precision trade-offs while maintaining processing speed.

Password verification matches vulnerable riders with trusted drivers, resolving safety identification issues without requiring user judgment.

An information presentation control apparatus selects driving data from multiple recognition units to display actionable status on an in-vehicle device.

Estimates vehicle position using driving patterns and context data to resolve location tracking gaps during transmission disruptions.

A collaborative navigation system pools real-time context among group members to deliver granular guidance via shared navigation objects.

A travel time estimation system maps addresses to grid points for rapid lookup.

A navigation system generates natural language directions using contextual image data from vehicle cameras.

A server generates a virtual model of an affected region using remote imaging vehicles to provide accurate navigation for response vehicles.

Automated turn lane identification using probe data heading changes and local extrema detection.

An intersection priority matrix processes probe data to validate traffic rules, resolving the lack of detailed priority information in digital maps.

A navigation device queries a remote server for location data when local map records are missing.

A wearable garment with an electroluminescent diode array and haptic feedback mechanism provides directional signaling to riders.

A vehicle navigation system synchronizes mobile to-do lists with location data to generate optimized driving routes.

A pathfinder and restyling module dynamically modify map displays by adding relevant objects and excluding irrelevant ones based on calculated routes.

A navigation system calculates optimal driving time zones to recommend personalized stopovers based on user preferences and real-time traffic data.

A navigation system dynamically adjusts map scale to display detailed environmental information near the destination.

A transportation matching system calculates proposal scores based on disutility measures to rank multi-modality routes.

A navigation system schedules vehicle routes based on real-time event feasibility checks.

A route optimization system matches compatible travelers by analyzing geographic tracking data to suggest driver roles.

Controller generates routes for autonomous mobile bodies based on allowable arrival time periods and task specifics.

Distributed vehicle sensors collect event data to resolve information availability limits, while consensus validation reduces verification complexity.

A navigation system extrapolates relative rankings from available information for display at a device.

A map tool modifies user gestures using embedded vector metadata to render accurate map views.

A vehicle control device differentiates road selection based on occupant presence to optimize autonomous driving paths.

A navigation system calculates area traffic condition index values to determine guidance routes with the highest degree of non-congestion for vehicles.

Map server generates vector descriptors and modification indications for client devices to render distinct map images from non-raster data.

Authorization system compares sensor and map data to detect unauthorized control deviations in autonomous vehicles.