Instruments For Road Network Navigation TRIZ Cases

Rear-mounted paddle controls resolve front panel clutter and display size conflicts by enabling secure, intuitive squeeze gestures for portable navigation.

An information providing device distributes real-time vehicle movement data to terminal devices within a defined user group.

An online mapping system integrates user and social network data to highlight relevant locations on a map display.

A vehicle windshield projection system directs virtual images to specific positions on the glass.

A vehicle learning system detects magnetic markers to measure lateral shift and determine sensor neutral points.

Network entities transmit almanac data only for wireless transmitters likely to be acquired by the mobile station.

A navigation address search subsystem splits destination text into hierarchical sub-address components to match against a database.

A presentation management system streams personalized audio data based on a user's geographic location.

A navigation system reroutes vehicles based on real-time emergency data to optimize traffic flow.

A wheel bolt torque monitoring system uses integrated sensors to detect loosening bolts and transmit data for driver alerts.

Segmented mobile units process local deviation history to generate accurate routes, eliminating expensive centralized database administration costs.

A processing system compares measured GNSS receiver positions against planned coordinates to identify and correct measurement errors.

Onboard display device segments remaining driving range into maximum, minimum, and current values to reduce frequent updates.

Repurposing telecommunication nodes enables electric vehicle charging, resolving sparse station availability without grid reconfiguration.

A road course reconstruction method uses polygon connections and geometric calculations to render digital maps.

A motion planning system segments highway trajectories into independent hypotheses using factor graphs to predict surrounding vehicle paths.

A controller determines shortest paths by merging indoor and outdoor location data for seamless transition.

A map information processing apparatus registers detected new roads using mesh-based density metrics to maintain database integrity.

A connected vehicle system derives accurate map data by comparing real-time traffic flow positions with geometry and topology information.

A route planning method uses a low-cost decomposition operator to merge routes and improve solution quality.

Processor matches aerial and sensed image signatures to generate probabilistic location data for autonomous vehicles.

A hidden screen display portion conceals sub-application execution within an information processing terminal.

A route planning system evaluates road features against sensor performance characteristics to filter out unsafe segments.

System updates parking recommendations based on modified service boundaries, reducing user search time and road congestion through dynamic load balancing.

A navigation system generates safe evacuation routes by predicting disaster spread and traffic congestion.

A navigation search corridor filters location data by restricting database queries to a user-defined map path.

A logistics notification system calculates user expected arrival times using current location and visiting duration data to send targeted delivery messages.

Grid-based processing correlates vehicle event data with road segments while reducing computational load and maintaining analysis precision.

A network-based system processes search queries to provide location-aware shopping functions using mobile devices.

Integrating real-time sensor data with map information resolves detection accuracy issues while reducing hardware costs.

A computing system determines inflection points from sensor data to generate sparse polar occlusion maps.

A navigation device compiles a traffic message channel resource from stored signal strength data to select an optimal communication channel.

Threshold-based DTMF transmission updates portable device location coordinates, bypassing traditional routing delays for accurate emergency call assignment.

Navigation system determines parking probability via user motion profiles, guiding drivers to available spots and reducing traffic congestion.

A social information distribution apparatus accumulates and analyzes time-series data to select optimal formats for user terminals.

A computer system directs drivers to available parking spaces via dynamic street signs.

A trajectory-prediction module modifies overlapping road agent paths by adjusting color, spacing, and thickness to simplify the driver interface.

A vehicle load management system categorizes sensor data into distinct segments for real-time display.

An informing unit provides step-by-step operation procedure guidance via icons and audio, resolving complexity in complex navigation systems.

A vehicle orientation detection apparatus switches between GPS signals and yaw rate sensors based on speed thresholds.

A vehicle camera system captures visual data to generate navigable digital maps without pre-loaded infrastructure.

Data mining identifies road curves with insufficient superelevation to trigger vehicle precautionary actions.

A computer system generates travel itineraries by selecting highway segments and dynamic speeds for commercial vehicles.

Wireless vehicle relays determine location in parking garages where GPS signals are blocked.

Dynamic visual styling emphasizes transit lines while de-emphasizing roads, resolving the trade-off between information completeness and map clutter.

Map technology integrates with social networks to display community member locations on interactive geographic interfaces.

A vehicle system matches predominant driving behaviors to improve safety.