Instruments For Road Network Navigation TRIZ Cases

A synchronization platform mediates real-time data exchange between embedded automotive systems and multiple user devices.

A provisional destination designator establishes a safe path ahead along the travel road to maintain vehicle control during automated driving.

Analyzes perpendicular distances from probe data to map links for accurate lane speeds, reducing sensor complexity in autonomous driving.

Ticket vending machines relay parking zone data to navigation systems, enabling route selection that reduces time spent searching for spaces.

A vehicle navigation device controls playback sound localization direction using three-dimensional audio reproduction.

A navigation system extracts fork data and queries an adjacent second node to verify road convergence for precise path planning.

A live traffic routing engine computes minimum cost paths using static and dynamic data.

A central control system coordinates manual and automated vehicles in parking environments using real-time sensor data and communication links.

A communication system broadcasts location data to autonomous vehicles for safe navigation.

A continuously variable transmission coordinates variator and auxiliary shifts to maintain driving force.

A navigation system determines sun position relative to a route.

Sensor networks collect vehicle trajectories to calculate travel time probabilities, resolving sampling bias in traditional OD analysis.

A control unit manages diesel particulate filter regeneration by evaluating planned travel routes and engine phases before initiating the process.

Decomposes environment into convex free-space segments to generate smooth navigational paths.

Network partitioning reduces route planning computational complexity while improving passenger loading efficiency through pedestrian travel time analysis.

A trip planning server aggregates user-generated content to generate reliable travel itineraries.

A vehicle management system predicts dynamic object trajectories to enable safe autonomous navigation alongside humans.

A radar reference map generation system calculates Gaussians for occupancy grid cells to create accurate spatial representations.

A hybrid navigation system uses peer-to-peer links to relay route data between vehicles.

Distance gradient maps guide agents to unsearched areas, resolving local minima and synchronization bottlenecks.

A vehicle controller restricts lateral detection changes at curve insides to maintain accurate lane tracking.

A curved-section-information supplying apparatus identifies clothoid sections and calculates radius of curvature based on travel distance.

Network system aggregates client trace data to generate ground truth for digital map comparison and automated dissimilarity detection.

A navigation system calculates fuel-efficient routes using estimated speeds and stop data.

Third-party external sensor systems provide substitute moving object data to resolve navigation accuracy versus privacy violation contradictions.

A driver assistance system issues proactive voice queries to manage automated driving functions.

A region manager adjusts geographic space boundaries to balance data processing loads across multiple subsystems.

Accelerometers and gyroscopes track deterministic device motion to generate 3D models, eliminating manual input requirements.

Analyzing probe data via multi-modal distribution to generate lane-specific speed patterns.

Processor extracts essential visual features from captured images to localize objects, reducing data storage requirements while maintaining navigation accuracy.

A vehicle control system uses smell detection units to identify smoke intensity and shares position data between vehicles.

A communication unit requests location-based public safety access point URIs from a trusted intermediary server.

Mobile pickup units travel to optimal locations determined by user pickup areas, reducing delivery costs and enhancing customer convenience.

A processor relays mobile navigation output to a remote system for format conversion and returns standardized instructions to the vehicle interface.

Analyzes historical position data to identify commonly followed routes for haul trucks in mining operations.

A digital association system links carrier and container terminals to enable continuous high-precision positioning data collection.

A traveling safety device recognizes road curves and suppresses improper operations.

A location estimation device corrects vehicle position using roadside structure shape data.

A computer-implemented method generates a global recommended travel plan by simultaneously optimizing individual user metric preferences against transport data.

A navigation service coordinates multi-user travel by merging individual requests into synchronized group routes.

Map data determines predictive weighting factors for GNSS and inertial sensor inputs within a Kalman filter to adjust signal influence.

Truncating reference line end sections resolves curvature discontinuity at stitch points, ensuring smooth trajectory optimization.

Wireless devices capture transport audio identifiers to establish secure communication links without complex hardware integration.

A map display system adjusts search boundaries based on calculated points of interest density to optimize information presentation.

A road curvature detection device selects special detection methods based on gradient accuracy to calculate vehicle path geometry.

A GNSS waypoint navigation system steers mechanized irrigation corner arms using satellite positioning data and wheel angle sensors.

A vehicle display system generates graphical elements to represent driver and automated subsystems for intuitive task recognition.