Instruments For Road Network Navigation TRIZ Cases

A route planning device generates travel routes by comparing multiple transport modes against user preferences.

A mapping application entry point card displays dynamic travel time and appointment data based on user location history.

Assigning defense levels to check codes within vehicle control software detects attacks and deactivates compromised functions.

Trip simulator system analyzes route data to select optimal charging locations based on vehicle charge capacity.

A navigation method subdivides route segments into portions with predefined speed profiles to assign energy consumption values for weight calculation.

A route search device calculates passage difficulty and uncertainty to select appropriate paths.

Server generates virtual lane information from other vehicle loci to guide target course generation in areas without clear lane boundaries.

Image perspective analysis determines relative device location through processor-based comparison of photographic data.

Navigation terminal calculates road cross points to issue preliminary warnings, resolving insufficient preventive effects from late deviation alerts.

Estimates tunnel speed using upstream and downstream probe points, resolving GPS signal loss.

A vehicle navigation system overlays directional arrows onto live camera images captured by a front-mounted digital camera.

Segmenting regional broadcasts into targeted channels prevents information loss while enhancing safety through verified user records.

A navigation interface ranks geo-tagged events using calculated turn probabilities and road segment weights.

A vehicle data management apparatus assigns priority values to data items and predicts future connectivity opportunities for strategic transmission.

Aggregates orientation differences from multiple linear feature detections to resolve heading errors and improve map matching accuracy.

Processor determines probability measures to associate geographical position readings with digital map objects.

A map display system adjusts viewpoint altitude based on terrain data to maintain clear visibility of the own-vehicle polygon.

Image line detection enhances pose estimation accuracy beyond traditional GPS limits in complex environments.

Computes optimal error values from distance traveled data to correct sensor drift and maintain navigation precision in GNSS-denied environments.

LED indicators and sensors resolve vehicle identification ambiguity by providing clear visual pairing signals for autonomous vehicle passengers.

A vehicle controller displays contour lines on a map to indicate available driving distance based on battery energy and predicted consumption along multiple routes.

Processor circuit dynamically adjusts travel constraints within pedestrian tour zones to balance structured guidance and flexible exploration.

Coordinate transformations fuse vehicle and infrastructure sensor data to locate sensors on a map, eliminating the need for dedicated GPS hardware at each site.

Real-time aircraft tracking data validates airport maps against actual movements, resolving mapping inaccuracies for improved safety.

Machine learning program translates sensor data spaces to reuse training annotations, eliminating the need for extensive retraining on new sensor parameters.

Navigation system compares route alternatives to reduce driver distraction during traffic changes.

A cruise control unit calculates parameter limits to achieve desired travel times with minimal fuel consumption.

A navigation system generates obstacle orientation alerts based on user engagement state during autonomous operation.

A lane departure detection system merges vehicle probe data with map information to identify road segment hazards.

Electronic maps enable users to select precise indoor locations when GPS signals are blocked.

A multiuser route generator calculates an optimal waypoint for independent travelers to meet and proceed jointly.

A location aware device aggregates environment sensor outputs to determine context data for a navigation engine.

Camera detection identifies abandoned items in self-driving vehicles, triggering autonomous removal trips that reduce unnecessary cleaning energy consumption.

Transfer modules synchronize navigation tasks across devices, eliminating repeated manual configuration.

Dual collision risk scoring calculates confidence levels to identify scenario data, resolving low reliability in manual witness collection.

A navigation method selects routes by evaluating road section properties to maximize a weighted driving experience metric.

A computer-implemented method guides visually impaired users using acoustic beacons placed along calculated routes on multi-modal 3D maps.

A map update device adjusts reference point positions using partial surroundings data satisfying specific positional conditions.

A control device manages overlapping display areas to present multiple destination options on a single screen surface.

A smart via module determines an optimal output point near a city to generate navigational routes.

A vehicle-to-cloud system transmits sensor data to generate real-time traffic maps for autonomous driving vehicles.

A car navigation system calculates energy consumption parameters using basic vehicle specifications and real-time traffic data.

A 2D laser scanner captures ground reflections to generate point clouds for vehicle positioning.

A dynamic travel transaction system adjusts fees using real-time vehicle operating parameters and user device data.

A predictive navigation system generates queries using user-specific geospatial command models derived from collected behavior and feedback data.

Electronic device adjusts augmented reality navigation between three-dimensional and two-dimensional modes based on high definition map availability.

A graphical user interface system dynamically adjusts displayed controls and waypoints based on selected unmanned aerial vehicle characteristics.

Information processing apparatus corrects sensor position and orientation using selected map elements to generate accurate three-dimensional map data.

A computing system generates personalized travel routes based on diagnosed person conditions and user preferences.