A user guidance system calculates points for desired and undesired via routes to provide flexible navigation based on attraction settings.
System determines optimal pick-up locations based on real-time traffic data to minimize passenger waiting times and improve service efficiency.
A control unit switches between outdoor and indoor maps upon user selection.
Sensors detect device orientation to provide tactile or visual feedback, bypassing audio noise and display glare while conserving battery power.
A self-driving vehicle modifies physical components to transport charitable items between donor and recipient locations.
A route planning method divides geographic space into grids and models inter-cell adjacency using mobile station handover records.
A map-centric navigation system projects probe points onto road center polyline segments within grid cells to associate data with road segments.
A wireless dead reckoning system fuses on-wheel and on-board sensor data to deliver continuous position, velocity, and time information.
A vehicle localization system merges map exit data with sensor readings to determine precise road positioning.
A portable destinator sorts destinations by distance to guide navigation.
A parking lot guidance apparatus directs vehicles to alternative lots using sensor data.
A self-position correction device integrates longitudinal and lateral correction amounts into vehicle speed to maintain accurate map positioning.
A transfer model converts photographic satellite data into surround-field sensor data for radar localization map generation.
A locator application generates map-based directions to guide users toward specific printers within a network.
A display controller adjusts lane aspect ratios based on odd or even road configurations to maintain consistent visual guidance.
A display apparatus segments taxi business areas to show passenger movement direction and distance for high-demand zones.
A navigation interface displays missed transit connection indicators and pre-calculated alternative routes to guide user decisions.
Processor selects battery-feasible routes using stored energy cost attributes to minimize fuel consumption.