Instruments For Road Network Navigation TRIZ Cases

A donation management system tracks user travel routes via GPS to identify eco-friendly paths for social contributions.

A dynamic map system extracts and transmits only necessary object data from moving terminals to reduce redundant network traffic.

A notification control section verifies actual traveling state against a created traveling plan and reports the determination result to the driver.

A unified controller coordinates automated ramp deployment, door operation, and suspension adjustments for passenger buses.

A sensor calibration system detects viable reference features to adjust vehicle environment sensors automatically.

Probe vehicles segment roadways into localized zones using onboard sensors to measure traffic conditions, resolving infrastructure coverage gaps.

A vehicle system autonomously navigates to repair locations using position data and assistance requests.

Information processing system determines recommended driving positions using stored driver operation patterns.

Camera system detects road debris indicators to update map layers, resolving insufficient sensor reliability without adding device complexity.

Estimates absolute sensor bias via road geometry references, eliminating reliance on cooperative targets for precise target tracking.

Mobile units equipped with satellite receivers generate location data to produce three-dimensional terrain maps.

Graph theory structures road networks into paired stroke objects to resolve computational bottlenecks in complex intersection rendering.

A vehicle system sets battery charge levels via a user interface using distance-to-empty values.

A hybrid vehicle controller predicts state of charge to execute discharge increasing control.

Map-based interface displays passenger locations to resolve visibility constraints.

A junction view image generation method adjusts road geometry to visualize connected decision points in a single perspective.

A vehicle control system integrates electronic stability control with model predictive algorithms to determine actuator commands for precise trajectory tracking.

A route calculator predicts future vehicle position based on current speed to establish an accurate starting point for navigation.

A driving assistance device acquires map data to identify circular intersections and adjusts notification logic based on the detected intersection type.

Segmenting pedestrian data into dedicated structures resolves the contradiction between vehicle navigation versatility and device complexity.

A navigation system uses a content delivery mechanism to generate fillers for missing map components based on traversal data comparisons.

A ride-sharing interface displays stoppage points and travel routes, enabling users to transmit modification requests for designated boarding locations.

Partial map updates cause tile boundary incompatibility. This stitching method uses previous link data to maintain version consistency across boundaries.

Multifunctional operating device selectively displays applications to minimize driver distraction by analyzing interface complexity against driving situations.

A driving session report system merges automated sensor data with manual instructor observations to generate comprehensive driver feedback.

A parking support apparatus calculates candidate connection positions to determine optimal reverse direction routes for vehicle guidance.

Navigation system integrates facility proximity into route selection to prevent fuel exhaustion and ensure navigational safety.

A navigation server application receives vehicle location data and accesses stored route directions to determine optimal paths.

A deep learning model trains on travel demand and scenic spot data to generate optimized itineraries.

A moving body position detection system updates vehicle location by comparing dead reckoning data with link attributes.

A node tree path planner generates vehicle routes by selecting lowest cost nodes based on distance and steering angle.

Frequency audio signatures extracted from vehicle sensors match mapped road noise features to refine localization precision in low-visibility environments.

A routing system evaluates user transportation modes to adjust paths dynamically.

Roadside infrastructure detects non-V2X road participants to enhance traffic safety without increasing vehicle complexity.

A graph-based vehicle allocation system maps requestors to transport resources to minimize additional route distance traversed during dynamic schedule changes.

A vehicle monitoring system calculates a ratio of most common to second most common direction of travel during trips.

Airline reservation systems automatically modify dependent hotel and car rental bookings when flight schedules change, reducing manual traveler intervention.

Segmented display sections balance wide-area context with near-area detail, resolving the contradiction between information completeness and device complexity.

Wireless devices exchange geographic routes using a common reference coordinate system for accurate position mapping.

A path planning system selects optimal trajectories using spatial model predictive control and constraint application.

Machine learning classifies audio data from smart devices to construct accurate noise pollution maps for urban environments.

A map generation apparatus calculates travel trajectory curvature to estimate accurate lane shapes in specific scenes.

An information output system recognizes user-designated vehicle actions and presents an interface for secondary input during the moving body's OFF period.

A travel time estimation system divides routes into sections with constant road characteristics to aggregate pre-stored data for rapid calculation.

Navigation system calculates location error values to trigger timely re-routes, minimizing false positives and routing latency.

A curve navigation method calculates safe stopping distances to set adaptive speed thresholds for autonomous vehicles.

A road condition prediction model combines driving data from adjacent segments to generate accurate traffic information.

A driver assistance apparatus reproduces audio source data items to present vehicle behavior stability through auditory stimulation.