Instruments For Road Network Navigation TRIZ Cases

Synchronizes static and dynamic map data via geographic tiles to reduce bandwidth usage while delivering timely location updates.

A time control unit adjusts display change-over duration based on information volume and user selection records.

A high precision map unit divides a vehicle route into block regions to output detail information for automatic driving control.

A vehicle trip prediction system uses confidence measures and rejection strategies to identify candidate destinations.

Fusing optical flow with ultrasonic distance data corrects positional drift errors, enabling centimeter-level accuracy in complex environments.

Clustering RF features from device trajectories generates accurate indoor maps despite GPS signal unreliability.

A navigation system identifies traversing roads within restricted regions and flags them for exclusion from route determination.

A parking assistance device generates guidance routes by adjusting safety reference distances based on obstacle spacing.

A standardized communication system uses color and number codes to identify charging connector types and power levels for electric vehicles.

A likelihood heatmap projects grid points over indoor maps to determine feasible paths and counts them for location estimation.

A navigation device selects positioning procedures based on detected geographical areas to determine accurate spatial coordinates.

Encoding map context into a single URL preserves information fidelity while eliminating redundant manual entry of locations and activities.

Continuous road loops reduce computing time and memory requirements during route determination.

A telematics unit manages navigation guidance sessions by comparing parked duration against calculated walking time to the destination.

A road surface condition determination device predicts the host vehicle route to analyze friction coefficients for accurate driving force distribution.

A traffic data brokering system reconciles inputs from multiple navigation services to generate accurate route recommendations.

An information generation device prioritizes mobile body data items based on estimated control attributes of nearby vehicles.

Modulating video signal luminance embeds subscriber data to prevent unauthorized access while avoiding complex dedicated authentication hardware.

A server transmits theme-matched virtual characters to AR displays for navigation.

Global identifiers link segmented map objects across update regions, eliminating image artifacts and reducing processing time.

A wrist terminal applies adaptive filters to position data based on detected user movement states.

A location-aware application identifies media content linked to specific geographic coordinates using GPS data.

A remote support system extends an autonomous vehicle's route to an alternative destination using live sensor data and operator instructions.

Subsequent drivers quantify vehicle condition to generate preceding operator scores, reducing wear and tear in shared fleets.

A vehicle position specification apparatus corrects map-matching reference trajectories using dynamic deviation thresholds to determine travel paths.

An information processing apparatus acquires weather and altitude data to propose safe routes avoiding potential flood points.

A navigation device searches for bypass routes before entering chargeable areas and presents them near branch points.

Controller fuses LiDAR contours from fixed and variable structures to correct positioning accuracy without prior classification.

Segmenting large order sets into batches reduces combinatorial complexity, enabling scalable route optimization for high-volume logistics.

A mining machine management system uses position detection and determination units to identify travel routes through predefined nodes.

Information processing device acquires spare time and displays updated travel schedules to users.

A pattern-based map matching system generates heading, distance, and area patterns to snap probe points to road links.

Autonomous vehicles merge errand and ride tasks into single trips, resolving vehicle time utilization versus service integration complexity.

A controller generates pick-up routes for vehicles to navigate child-care facilities within specified time slots.

A vehicle offer device prioritizes electric vehicles based on route analysis.

Map matching corrects gyro scale factor during turns to fix heading angle errors and improve localization accuracy.

A lane level routing system formulates robust navigation plans using spatiotemporal modeling and real-time environmental data.

Navigation apparatus detects route deviation and generates an alternative path with a new intermediate destination, eliminating manual driver input.

A vehicle trajectory calculation method interpolates paths using anterior and posterior data points to maintain continuous positioning.

A method scales virtual environment representations to maintain minimum POI size and distance.

A control center selects a vehicle for unmanned aerial vehicle landing based on travel routes.

A rescue system predicts stalled vehicle locations using driving difficulty analysis to navigate incommunicable areas.

A route searching system dynamically adjusts pathfinding based on current time and location to handle movement restrictions.

A charging infrastructure information system preferentially highlights stations contributing to renewable energy supply.

A navigation device prompt region emits colored light and flashing frequencies to present guidance information.

A navigation system queries geographic databases for vulnerable road user data to generate candidate routes and select optimal paths.

Server system captures route context data to generate detailed feedback interfaces for user input.

A presentation controller extracts and displays stores along a vehicle route where bonuses are available based on expected arrival times.