Instruments For Road Network Navigation TRIZ Cases

A route generation system encodes road link identifiers using XOR algorithms to produce low-bandwidth map format agnostic routes.

Electronic navigation device detects user route avoidance and automatically switches to an alternative path without manual intervention.

A terminal device filters travel and reference locus data to improve position estimation accuracy.

Resolves accuracy-speed trade-offs in autonomous mapping by training alignment models on manual user inputs to correct local data errors.

A vehicle control system calculates handover frequency along a route to present occurrence data to occupants.

A dynamic driving module calculates predicted driver speed using machine learning algorithms and real-time traffic data.

A vehicle control system adjusts air circulation modes and indoor cleaner operation based on real-time sensor data.

A vehicle driving device fuses gyro sensor data with imaging device signals to determine road conditions for adaptive mode control.

A navigation system connects proximate devices to share real-time spatial data with users seeking route guidance.

A portable device determines location via GPS and laser measurement to retrieve relevant point of interest data.

A vehicle route prediction database stores location-dependent parameters associated with travel direction to enable accurate path forecasting.

Route registration module aligns base map paths with tactical displays, resolving geometric inconsistencies between different map representations.

A repair place transmission device computes influence levels for candidate locations to prioritize output signals based on user movement schedules.

A vision robot map update control system acquires real-time image data of road signs to compare current maps with prestored historical maps.

Mobile units share inertial and sensor data to fuse common landmark estimates, correcting drift in GPS-denied environments.

Predicts vehicle destinations via driving pattern models to generate control signals, resolving navigation system limitations when drivers omit specific inputs.

Autonomous driving system compares V2X traffic light signals to detect errors, resetting the vehicle path when intersections present conflicting data.

Navigation system records stopped map locations in memory to prevent loss of searched areas during cancel operations.

A POI gathering information display method generates aggregated point of interest data along navigation paths.

A vehicle management system calculates real carbon emissions from sensor data to generate advisory transportation routes.

A computing system receives trigger data from a vehicle to generate an incident report and block the driver account.

A hybrid vehicle position identifying system combines absolute GPS coordinates with relative speed data to determine location.

A vehicle speech recognition controller activates dynamic noise removal pre-processing based on calculated obstacle arrival times.

A vehicle-mounted display device regulates application images using property data from a connected terminal.

A navigation system creates predictive models from user route deviations to deliver personalized guidance instructions.

Mobile devices exchange position data to generate real-time maps without expensive infrastructure.

A vehicle parking system selects optimal spaces using availability probability and destination proximity.

An ad hoc wireless network enables vehicles to relay road obstruction details and coordinate traffic flow, reducing congestion delays.

A mobile terminal location management unit calculates distance and estimated arrival time to a destination point for efficient navigation.

A landmark position estimating apparatus identifies traffic signs to determine three-dimensional coordinates and locate speed cameras on a virtual plane.

A route processing method segments standard definition map road sections to identify unique mappings within high definition maps.

A driving assistance device detects occupant turning intentions to adjust the vehicle path without manual intervention.

A trip plan engine determines routes and selects transportation modes based on user intent.

Transport service system adjusts transition probabilities to align GPS data with planned routes.

Embedded interactive links allow users to highlight points of interest on digital maps.

Server device gathers real-time pump status data to identify available fuel pumps for user queries.

A delivery optimization model generates dynamic routes and rendezvous points for vehicle drivers and assistants to maximize shift productivity.

Fusing multi-source crowd sensing data resolves coarse-grained coverage gaps, enabling accurate velocity estimation across all road types.

Microprocessor switches vehicular telemetry between filtered and unfiltered data acquisition modes based on accelerometer threshold values.

A navigation device conveys historical information via audio or visual output when near identified locations.

A route map generation system creates sectional schematic representations to reduce memory requirements.

An automated routing system suggests opportunistic diversions to resolve destination uncertainty.

A vehicle drive assist apparatus calculates lateral position deviation to adjust target steering angles for precise lane alignment.

Navigation system selects routes based on adversarial source proximity to minimize vehicle signature detection.

A controller accumulates drive data per mode to calculate final fuel efficiency and display accurate distance to empty values.

A far-infrared camera analyzes road surface temperature distribution to determine the highest temperature route for vehicle travel.

A navigation processor detects vehicle deviations from planned routes and pauses assistance programs during intentional stops.

A hybrid navigation system corrects self-contained tracks using GPS feedback data.