Instruments For Road Network Navigation TRIZ Cases

A GPS data processing system segments trips using velocity and acceleration to predict transportation modes.

A headset camera captures gaze images for mobile processing to determine user location.

A trajectory selection method rates travel paths using safety criteria to transfer automated vehicles to safe states.

A navigation system determines reachable areas by associating utilization amounts with geographical sub-regions and updating them iteratively.

Server estimates user transportation means and decides routes to parked vehicles, resolving delays in reaching the vehicle.

A linked display system transmits a selected range from a mobile terminal to an external device for detailed reference information.

A gaze detection apparatus displays a result image at the intersection of driver gaze and screen to confirm accuracy.

A vehicle display control unit reduces event point information volume during automatic driving to minimize occupant distraction.

An automated assistant detects vehicle travel context to proactively activate a driving-optimized interface without manual user initialization.

Emergency vehicle communication systems transmit route data to SDVs, enabling autonomous redirection that prevents traffic conflicts and delays.

A navigation system calculates road nonlinearity values to match user preferences for curvature and gradient.

A navigation system generates targeted guidance by acquiring intersection features and determining complex intersection sets.

A single active sensor and pre-mapped environment determine vehicle pose, reducing on-board sensor complexity.

Trained machine learning models analyze user profiles and route data to determine incentives, reducing the need for additional transportation modes.

A guidance system identifies target users with voice-packet recording demands using historical map usage behaviors.

System forecasts operator engagement via route analysis to maintain awareness during automation transitions.

A parking guidance facility determines spot availability probabilities using statistical models to generate recommended routes.

An augmented reality application overlays location indicators and operational instructions onto rental vehicles to simplify user interaction.

Route guidance apparatus detects terminal floor position using acoustic signals to display specific indoor map layers.

A map information update server calculates area-specific freshness to award incentive points for transmitted vehicle data.

A route processor adjusts real-time traffic data using historical likelihood information to generate navigation recommendations.

Processor filters operating data to generate parking area associations, resolving missing destination mapping in autonomous routing.

Navigation software modifies computer-planned courses via manual selection or automatic adaptation to repetitive operator choices.

A vehicular media system predicts dead spot regions to pre-store audio and video content in local memory before connectivity loss occurs.

A dynamic navigation coach system monitors driver skills to provide interactive guidance.

A vehicle on-board system executes instructions via door closure triggers to provide voice feedback.

A navigation system selects parking locations using estimated durations derived from point-of-interest visits.

Image recognition systems resolve ride hailing identification delays by exchanging visual data to confirm correct pickups without increasing system complexity.

A travel time prediction system applies cached corrective factors to nominal estimates for efficient local computation.

Optimized fuel location server generates cost-effective routing data by analyzing tank levels and vendor prices.

Assigns lanes to moving objects using radar-derived trajectories, enabling reliable ADAS operation in adverse weather where cameras fail.

A vehicle information device accumulates driving history data to determine presentation routes.

A communication terminal requests area identification updates from a server to maintain accurate map data for movement guidance.

A city model generator creates detailed virtual environments by integrating roadway databases with topographic elevation data.

Offset translation simplifies shadow addition for water-related objects, preventing narrow piers from being covered while maintaining image integrity.

A communication device component grants access rights to vehicle systems through secure authentication protocols.

Secure private networks mediate triangulation requests, verifying device identifiers before location calculation to block unauthorized access attempts.

A presentation plan creation apparatus selects output devices and paths based on predicted driving behavior proportions.

A vehicle terminal synchronizes route data from a mobile device to determine an optimum path.

A route recommendation system coordinates vehicle-to-vehicle energy exchange between supplier and consumer vehicles.

Depth map analysis merges alternate viewpoints into single images, reducing bandwidth usage and switching time while maintaining high spatial resolution.

A thermal monitoring system uses thermographic cameras to detect tire wear and inflation status across vehicle platoons.

A mobile mapping application creates custom geographic zones to display associated multimedia content.

Secure pairing exchanges coordinates between GPS phones and navigation systems to locate separated vehicles.

A real-time escape route planning system predicts firefighter evacuation paths using geographic and endurance data.

A battery electric vehicle controller calculates the probability of reaching a charging station using state of charge and location data.

An image processing device acquires emergency vehicle position data to generate an overhead view display.