Instruments For Road Network Navigation TRIZ Cases

An integrated bike GPS device replaces bulky mechanical locks with electronic alarms to prevent theft while providing real-time tracking data.

Autonomous vehicles determine optimal stopping zones or waiting areas based on real-time traffic congestion data to optimize passenger pickup routes.

A map generation device extracts mobile surrounding-area features from static data to produce a highly precise navigation map.

Information processing device adjusts sensor modes based on motion state to optimize resource usage.

Vision-assist audio system varies output characteristics based on user orientation to resolve spatial orientation loss during multi-target navigation.

A vehicle range prediction system uses spatial sensors to detect environmental changes for immediate adjustments.

A computational system calculates risk indices from historical traffic data to identify high-risk vehicle collision areas.

A vehicle-mounted projection device projects navigation images onto the ground surface to guide users.

Hierarchical referral chains incentivize new driver recruitment while biometric verification resolves the security versus ease of operation contradiction.

A location detector and processor acquire nearby geographic data to dynamically update display content based on device orientation.

A store routing system calculates paths through product maps while inserting waypoints for recommended items.

A driving support system clusters location and bearing data from client devices to generate commonly driven velocity recommendations.

A navigation device detects reverse driving by monitoring heading and movement direction alignment to adjust map matching processes.

Low-cost display unit decodes boarding pass barcodes to show personalized flight data and navigation paths.

Intelligent infrastructure determines optimized rendezvous locations using real-time traffic data to resolve congestion bottlenecks in high-density areas.

Self-organizing network servers route priority vehicles through high-quality signal zones to prevent communication loss during urban congestion.

A communication navigation system shares position data between devices to confirm routes.

A positioning module calculates distances to frequently visited places and adjusts the electronic map scale to display relevant destinations.

A navigation system segments route guidance into independent preference categories to provide tailored travel options.

A positioning system predicts user trajectories using road network data to determine moving direction and speed.

Iteratively enlarges a search field to locate points of interest, limiting processing time and resource usage in densely populated areas.

A location services module transmits real-time user coordinates to third-party providers.

A hurry status monitor communicates urgency to travelers via mobile devices.

Segmenting driving tasks into independent subgraphs enables deterministic outputs and precise simulation replication without increasing system complexity.

A companion application maps vehicle head unit controls to portable device navigation functions for seamless interaction.

A user interface host entity translates templates into instantiations via a communications network.

A vehicle control device sets space ahead of crossing vehicles to secure their field of vision.

A mapping unit stochastically combines current and predicted occupancy grid maps using laser scanner data to generate stable sensor-centered coordinate representations.

A route calculator combines energy and time link costs to guide electric vehicles along optimal paths.

A transparent display overlays reference marks on the windshield to guide driver sightlines toward predicted vehicle paths.

Information processing system identifies delivery arrival times using vehicle performance parameters.

An altitude data generation system integrates multiple navigation sources to produce inertially smoothed aircraft altitude information.

A navigation system detects hidden route points obscured by obstructions on a three-dimensional map.

Machine learning models replace complex algorithms to reduce computational complexity while maintaining high path optimization accuracy.

Reception unit stores external facility icon data to resolve storage limits and missing new location information.

Method determines transport modes using mobile network spatial and temporal data to identify sub-routes through correlation optimization.

Acoustic signal analysis determines authority vehicle direction, reducing false response risk while maintaining fast detection speed.

A home health administration system uses mobile devices with GPS to record visit data and track caregiver location in real time.

A physical quantity sensor uses spatially separated fixed monitor electrodes to detect movable body vibrations without drive electrode interference.

A location data error map encodes satellite positioning inaccuracies as a function of geographic position to guide autonomous vehicle routing.

A mapping application animates 3D map elements using camera-captured images and dynamic shader programs.

A first-person video navigation system generates a route path using sensor fusion and virtual models.

An autonomous supply and distribution system coordinates transit operations through centralized asset compatibility databases.

A processing system identifies a leader traffic management application among dual-mode vehicles to coordinate navigation instructions for safe operation.

A computer-implemented method corrects spatial positions using physical boundary measurements to generate accurate floor plans.

A navigation control unit outputs bypass proposal information based on historical user acceptance rates.

A mobile terminal acquires current location and orientation data to search for stored information within a directional range.

Segmenting terrain into road entries and elbow coordinates resolves the contradiction between precise 3D guidance accuracy and system adaptability.

A vehicle position data system calculates mode locations to generate surface information for analysis.

A vehicle management system dynamically adjusts pick-up locations using Bluetooth and Wi-Fi signal data.