Instruments For Road Network Navigation TRIZ Cases

A vehicle display superimposes navigation maps with target symbols to enhance driver situational awareness.

Aligns independent sensor maps by exchanging minimal trajectory parameters, resolving communication bandwidth constraints in automated driving systems.

A vehicle system captures current sensor data to identify location changes and updates historical map records.

A route determination system calculates estimation function values for graph vertices to search paths efficiently.

Segmenting skeleton generation and area refinement handles dispersed location data volume while maintaining road network accuracy.

A ridesharing management system segments vehicle GPS locations to determine probable positions for accurate route tracking.

A compression system reduces map intersection nodes in shortest path matrices to fit data structures into RAM.

A fleet manager system generates vehicle recommendations using contextual information and transmits them to portable devices.

A virtual camera modifies map capture styles based on navigation context attributes to render dynamic scenes.

A street-level view generator superimposes route paths over photographic scene bubbles to create realistic visual guidance.

A head-up display overlays virtual lane markings retrieved from a GPS-linked database onto the windshield.

A navigation device retrieves and forms geoblogs using current geographic location data.

A passenger profile system retrieves individual preference data to configure autonomous vehicle operation settings.

A navigation system retrieves geographic data records to display multiple viewing options for disputed territories based on entity-specific border definitions.

Visual hierarchy filters map annotations by transport service relevance, resolving driver clutter and improving decision speed.

Navigation routing system calculates composite route scores using direct and indirect cost factors to optimize energy consumption and maintenance expenses.

A stopover recommendation system updates rules using user feedback to improve suggestion appropriateness.

Alternating between satellite positioning and dead reckoning modules reduces power consumption while maintaining accurate position coordinates.

Telematics units collect real-time driving data to update route eligibility, resolving static map inaccuracies and improving safety.

A navigation device detects driver and vehicle conditions to adjust information delivery timing.

A parking notification system calculates remaining stay time using actual travel data from mobile devices.

A navigation system calculates travel routes and selects one matching an automatic-manual driving preference ratio.

A mirroring dongle analyzes incoming video streams to identify movie content and selectively blocks transmission to the vehicle display unit.

A road curvature assessment system calculates allowable and optimal speed profiles using cross-track and along-track acceleration constraints.

A transit route provider plans routes between user locations and points of interest.

Segmenting user-defined search areas from vehicle range constraints improves battery replacement flexibility for diverse transportation modes.

A notification control apparatus acquires passage probability and current position data to define a dynamic alert range.

Wireless location devices track occupant movement to build a virtual map, solving the high maintenance cost and rapid obsolescence of static indoor maps.

A network GPS terminal processes satellite signals and transmits data via TCP/IP to external devices.

A countdown bar integrated with upcoming maneuvers displays distance to turns on a mapping application screen.

A route determination system calculates distinct travel costs to guide automated driving vehicles along specific paths.

A navigation system preprocesses intersection map data into query structures for efficient route generation.

Subsurface radar imaging resolves GPS signal degradation by correlating ground features for centimeter-level lane maintenance.

An evacuation navigation device revises digital maps based on real-time safety updates, ensuring accurate route guidance during emergencies.

A route determination system incorporates vendor locations into travel paths through an auction mechanism.

An adaptive Kalman filter corrects weights and periods using movement pattern changes, reducing Root Mean Squared Error by 70% without extra sensors.

A processor calculates estimated arrival times using vehicle location and fuel level data to provide timely updates.

A rear surface projector displays information on the windshield using a correction unit to resolve underutilized hardware and user accessibility constraints.

A battery reservation device calculates exchange completion time using real-time charge and speed data.

Acceleration sensor data identifies device mounting orientation through statistical analysis of movement characteristics.

A movement trajectory generator presents strategy candidates to passengers for intuitive path adjustment during automated driving.

A navigation system guides drivers by predicting and following the trajectories of surrounding vehicles.

A trajectory storage method maps entity positions to road segments and identifies entry and exit points for efficient data representation.

A method generates origin-independent access maps by selecting relevant points of interest and computing paths through a focus zone.

Mobile terminal mediates touch inputs between mobile and vehicle screens, resolving coordinate mismatch across different display sizes.

Automated off-board data transfer eliminates manual entry delays by pre-loading mandatory directives into onboard databases before departure.

A character recognition system extracts relevant word knowledge from a map database using positional and directional data.

A navigation device reconstructs user-defined routes by calculating minimum cost paths between stored waypoints.