Instruments For Road Network Navigation TRIZ Cases

Route comparison engine generates normalized route data using reference positions to enable direct similarity assessment.

A map navigation tool defines a start-of-route buffer area that suppresses off-route feedback, reducing user confusion and frustration near route termini.

A blockchain system issues tamper-resistant vehicle health pass credentials based on pathogen detector readings.

Dynamic region boundaries balance workloads across subsystems, reducing data exchange demands when server capabilities are exceeded.

A vehicle communication management system accumulates downloadable map data based on predicted route conditions to ensure continuous driver assistance.

Merging navigation data with camera views eliminates app switching and resolves spatial orientation difficulties for users.

A vehicle management system uses a trip library to predict route segments and adjust operational parameters for efficiency.

An information processing apparatus generates movement instructions for transport vehicles using predicted driver behavior tendencies.

Segmenting edges into Bezier curve units allows arbitrary stop positions without increasing map complexity.

A speed profile dictionary uses clustering to define distinct traffic patterns, reducing memory requirements for historic data.

A routing module analyzes mobile device GPS tracks to identify candidate routes and calculate scores for path selection.

A pose graph processing method segments mobile device trajectories into sub-graphs for independent map matching to physical features.

A wearable notification device uses pre-recorded audio cues to indicate object presence and distance.

A three-dimensional coordinate system displays real-time location on an XY plane and speed on a Z axis to visualize moving routes alongside speed curves.

Fuel waste measurement system categorizes consumption to optimize routes against suboptimal component performance.

A natural language voice user interface processes free-form speech inputs to manage in-vehicle navigation tasks.

A display data management unit formats travel content and sends it to low-cost e-paper displays via a communication interface.

In-vehicle navigation system transfers pedestrian route data to a mobile device, eliminating manual switching between separate devices.

A vehicle system detects ambiguous driving situations and outputs map data messages to supplement digital maps.

An in-vehicle apparatus determines vehicle arrival at destination areas lacking road links and outputs parking position guidance based on stored history.

An acceleration sensor detects vehicle collisions to control braking, replacing expensive laser scanners and radar sensors to reduce system cost.

Navigation apparatus dynamically identifies suitable U-turn locations using contextual data to guide drivers.

Statistical analysis of trip terminal positions identifies origin locations, resolving insufficient pedestrian route guidance accuracy.

A system determines lane-level traffic data by calculating average forward and backward distances between vehicles using onboard sensor inputs.

A segmented polarizer plate uses a cutting line to divide the polarizer from the base film projection regions.

A route evaluation apparatus reproduces external waypoint data using standardized time and distance metrics for consistent assessment.

A fuel selection system retrieves engine operating data to estimate cost per unit distance for varying octane levels.

Navigation system determines real-time street addresses from GPS coordinates to resolve loss of positional information when landmarks are absent.

A road map generation system corrects defective road markings identified as image processing noise.

A travel plan generation method segments routes into speed zones to maintain higher average speeds while optimizing fuel efficiency.

Route planning modules use graph, attribute, and cost configuration plug-ins to customize routing logic without redesigning the base engine.

A mobile device calculates the turning radius of a towed vehicle to prevent unsafe maneuvers by recommending alternative routes.

A navigation device overlays a travel route on a front-view camera image to guide the driver.

A moving object manages smell sensibility by adjusting travel routes and ventilation settings based on user sensitivity levels.

Fusing multi-camera lane detection with GPS signals resolves positioning inaccuracies during satellite disruptions, enabling precise lane-level localization.

A GPS tuner enables free-form route drawing on a touch screen with layered vector and raster maps.

A smoothing unit connects route segments by aligning state parameters at transition points for autonomous mobile bodies.

XOR algorithm correlates road link identifiers across map versions, reducing bandwidth consumption while maintaining route communication accuracy.

Route fingerprints verify navigation segments across different map formats, resolving version compatibility issues while reducing bandwidth consumption.

Automated emergency test call management system schedules and validates cellular network calls, reducing manual E911 validation time from five days to hours.

A navigation device monitors travel parameters to evaluate consistency with selected route calculation modes.

Wayfinding method constructs vehicle routes from V2V position data, resolving lane detection reliability issues in poor visibility conditions.

Navigation system queries databases to rank hazards and restricted areas, preventing impassable routes on un-surfaced tracks.

Digital road map segments update lengths using vehicle position readings to resolve toll calculation inaccuracies from fixed segment resolution.

A navigation ECU calculates automated driving enabled distance for route candidates to display manual driving requirements.

Segmented route analysis calculates safety scores from ambient light and crime rates, resolving the trade-off between algorithmic efficiency and rider security.

Acoustic sensors in lighting modules feed noise data to a vehicle routing device that generates rerouting signals.

Information processing apparatus calculates predictive travel values for multiple routes to determine optimal navigation paths.

A navigation controller determines driving paths using weather data to minimize air conditioning power consumption.