Instruments For Road Network Navigation TRIZ Cases

A server selects optimal charging points for electric vehicles using accumulated driving history and real-time power source levels.

A grid-word location system maps geographic areas to unique identifiers and keywords for precise spatial referencing.

A server aggregates customer search requests to determine optimal vendor vehicle locations.

Heuristic algorithm calculates candidate routes by balancing safety and distance metrics.

Precomputing straight line and deformed distance values populates a shortest path matrix, reducing computation time while maintaining routing accuracy.

A driving assistance device dynamically adjusts video image display duration based on blinker switch states and path guide information.

Top-down refinement updates a lane marking model via camera odometry and dash appearance to resolve detection accuracy issues under adverse conditions.

Route setting device detects other vehicle positions to calculate displaced amounts of traveling tracks and sets host vehicle routes based on stable paths.

Combines infrared imagery with LIDAR point clouds to generate synthetic 3D views, restoring situational awareness in zero visibility flight conditions.

Probabilistic node evaluation corrects cumulative locus errors in mobile mapping by reconciling multi-source position data.

A V2X system detects noise interference and switches communication channels to maintain link integrity.

A mapping system tracks dynamic objects to infer lane-level configurations from sensor data.

An environment adjustment system drafts action plans and confirms user execution to optimize traffic flow.

A server extracts text from shared images to match and provide location data directly within instant messaging applications.

Controller generates soil moisture maps to adjust planting depth and chemical application rates across agricultural fields.

Electronic apparatus detects object separation from passengers using vehicle sensing data to assign ownership automatically.

AVN system pre-sends data to target eNB using navigation path, reducing handover interrupt time.

A navigation device determines position using a digitized map image and supplementary calibration information.

A system generates candidate POI aliases from query logs and screens them using association relationships.

An in-vehicle processor switches display modes dynamically to inhibit visibility loss from superimposed support information, improving object recognition.

A fuel cell control device predicts power limits during towing to alert drivers of expected speed decreases.

A vehicle travel planning unit divides map boundaries into discrete regions to manage blockage states dynamically.

Cloud platform converts between static and dynamic data structures to optimize processing resource usage.

Navigation platform analyzes traffic data to determine lane occupancies, reducing collision risk from sudden lane changes.

Processor selects specific map positions to display calculated travel times, preventing route information clutter while maintaining readability.

Compensating GNSS latency by calculating location differences between timestamps to improve autonomous driving navigation accuracy.

A navigation system detects parent-child point of interest relationships to deliver precise arrival guidance.

An information processing apparatus predicts electric vehicle travel routes to select optimal charging stations for battery replacement.

A telematic control unit activates upon receiving an external signal to determine and present driving routes while the vehicle remains in a key-off state.

User-contributed maneuver annotations improve driving direction accuracy while reducing the time required for manual data collection.

A navigation system dynamically shows road names by linking them to map data and adjusting the display range based on vehicle position.

Segmented optimization reduces route overlap by projecting destination nodes onto centroid lines, resolving complexity trade-offs in multi-objective routing.

Warning control unit sets a warning stop range to prevent driver discomfort during intentional lane changes at branching points.

A computer-implemented method ranks points of interest by density to generate optimized electronic map displays.

A vehicular navigation system integrates wireless signal strength map data collected by mobile devices to guide route selection.

A running pattern calculating apparatus predicts vehicle states and divides roads into sections to set evaluation functions for optimal travel planning.

A position correction apparatus associates a reference position with a terminal and determines a valid range to correct location data.

A map generation method uses street view images to identify and mark isolation belts on base maps.

Server generates compact roadway messages using LinkID sets, lengths, and offsets to resolve bandwidth constraints while maintaining location accuracy.

A mobility information provision system aggregates field data from terminal devices to generate course information for mobile bodies.

Automated travel planning system generates personalized itineraries by integrating life events with electronic content.

A client positioning module determines rider topological location using received radio signatures to calculate accurate estimated times of arrival.

A digital map generation method replaces repetitive attribute value combinations with unique identifiers to reduce storage space.

Segmented speed profiles with adjustable parameters optimize aircraft trajectory management.

A positioning module fuses sensor data paths selected by comparing them against electronic horizon references to determine vehicle location.

A racing coach device determines optimal path segments by analyzing previous lap durations to guide driver performance.

Gesture-based card flipping reduces driver attention time and interaction frequency.

A position measurement device extracts useful locational information by storing only relevant positional data points based on predetermined criteria.

A navigation evaluation system compares sensor-based and GPS-derived lateral offset changes to detect positioning discrepancies in real time.

Physical shortcut switches provide direct application access on vehicle driver displays, reducing touch screen navigation time and attention requirements.