Instruments For Road Network Navigation TRIZ Cases

A navigation system computes movement routes by incorporating user-specified available time as a boundary condition for travel.

An information provision apparatus selects content for vehicle passengers using an obtaining unit and a selection unit.

A digital model predicts travel time using quantile regression on trip attributes.

Map application segments transit legs to rank routes by user preferences and incident data.

Autonomous vehicle system selects target docking locations using pedestrian travel time metrics.

A vehicle head-up display detects driver eye position to dynamically adjust virtual image size and location for optimal visibility.

A maintenance system manages self-driving vehicles through automated cleaning and environmental control adjustments.

Combines real-time detection with map data to resolve coverage reliability contradictions in autonomous driving.

Segmented modules filter candidate trajectories via collision detection to resolve reliability and complexity trade-offs.

A vehicle navigation system highlights points of interest on a display unit to guide drivers through complex urban intersections.

A vehicle control device adjusts suspension and speed using map data and camera inputs.

A charging station recommendation system calculates optimal routes using real-time power consumption data.

Camera-based augmented reality indicators resolve GPS inaccuracies in crowded urban areas by visually highlighting specific vehicles and passengers.

Iterative route optimization minimizes transportation costs while satisfying strict time window and on-route duration constraints.

Analyzes satellite imagery to score candidate routes using local features, resolving the trade-off between system complexity and adaptability to special needs.

A work vehicle management system generates distinct entering and exiting travel routes using GNSS navigation to optimize movement paths.

Navigation system identifies points of interest using an arbitrary reference point unrelated to the active route.

Autonomous vehicle controller generates real-time trajectories to resolve inventory utilization and safety contradictions.

Offset voltage correction unit adjusts angular velocity sensor drift using vehicle azimuth derived from road white line images.

A navigational display device rotates text characters while keeping map images static to ensure readability during screen rotation.

Centralized V2X communication relays real-time animal locations across a vehicle fleet, reducing manual search time and improving observation efficiency.

A vehicle mileage optimization system calculates real-time gear and speed combinations to maximize fuel efficiency.

A navigation system detects travel deviations and identifies error-prone scenarios to update interface switches for user guidance.

Frontier-based online planning algorithm guides drone navigation by identifying unexplored boundary points as waypoints for incremental map building.

A system generates connectivity graphs from cell broadcast identifiers to determine device positions without GPS hardware.

Segmenting travel into distinct phases adapts information relevance to user location while managing system complexity through stage-based content delivery.

A navigation control unit generates a route-specific point set to accelerate location queries.

A navigation system preconstructs an inverted term index paired with a nested spatial index to locate search terms within specified ranges.

A navigation system stores polygon edges with type identifiers to reconstruct three-dimensional roof structures.

A computer system generates predicted vehicle routes using a route network database to optimize fuel consumption.

An AI system generates multi-modal transportation routes by analyzing historical trip data to optimize travel paths.

A position estimation device adjusts data extraction ranges based on movement detection errors to stabilize landmark matching.

Navigation system determines lane speed profiles using probe data to provide timely lane selection instructions.

Preference engine analyzes user history to generate preferred routes, resolving static guidance limitations.

Server processes searcher routes to define search areas, reducing public safety exposure by replacing manual hotline reporting with automated GPS tracking.

A vehicle control system generates automated driving routes by identifying and excluding road segments with degraded sensor accuracy.

A navigation system validates points of interest using web, feature, and pattern search modules to verify location status before route generation.

A routing system eliminates no-outlet links before processing directed graph edges.

Integrating map interfaces into the call screen allows concurrent location viewing without terminating the voice connection.

A platooning server updates vehicle compensation based on sensor data to resolve inefficient manual speed adjustments and ensure fair resource sharing.

Portable devices select map labels using location and carrier identifiers.

A navigation system determines vehicle routes by combining GPS position information with accelerometer sensor data.

A vehicle controller transmits accident image data to a server for wireless communication.

A device detects erroneous travel paths by analyzing optimization method parameter values.

A vehicle head unit monitors activity and analyzes trip data to generate personalized route suggestions.

A satellite broadcast system delivers verified traffic enforcement camera location data to in-vehicle receivers for real-time navigation updates.

An electronic device identifies points of interest within user text to generate adaptive content based on collected behavioral information.