Instruments For Road Network Navigation TRIZ Cases

A computer processor selects virtual bus stops to assign vehicles and maximize occupancy in ride-sharing fleets.

A portable device transmits route data to a travel control device for automated vehicle driving.

Automated message generation using vehicle status recognition minimizes driver distraction by eliminating manual input during driving.

A vehicle interface system dynamically adjusts feature availability based on detected jurisdiction to ensure legal compliance.

A mechanism divides GPS data into variable sliding windows to maximize shape information for map matching.

Pre-downloading satellite images eliminates download delays, enabling real-time display during vehicle movement.

A geo-predictive streaming service adjusts data transmission rates using estimated capacity vectors to maintain continuous playback.

Controller calculates sum of stopping and walking times to select optimal stopping area, reducing user loss of time.

Transmitting speed and path data alongside position reduces bandwidth burden while maintaining location accuracy for high-speed mobile users.

A navigation system assigns multiple total paths between connecting nodes and special destinations to support flexible route selection.

Autonomous vehicles optimize routes to service centers for component replacement, reducing downtime caused by sequential diagnosis delays.

A location service framework abstracts raw coordinates into logical entities for mobile application development.

An execution cycle manager segments mapping and object data to reduce bandwidth consumption while maintaining visual realism in interactive 3D web maps.

An update manager adjusts region boundaries to balance server loads across distributed geographic spaces.

A prediction model generates vehicle speed profiles using geocoordinates and traffic data.

A route search device replaces found paths with stored deviation sections using direction alignment checks.

Navigation system evaluates road segment quality using vehicle sensors and user input to select safer travel paths.

A navigation system measures distance traveled from a reference point to limit active function duration.

A linear-pictographic mapping paradigm depicts roads as vertical linear pictograms in a columnar layout to enhance visual clarity.

Management system generates path information from delivery location to parking lot for substitute drivers.

A safety module transforms road geometries into a lane coordinate system for automated driving.

A navigation apparatus acquires avoidance recommended region data to alert users of specific hazards along a planned route.

Multi-threaded systems precalculate future reference lines to resolve the trade-off between trajectory planning accuracy and computation time constraints.

An imaging system guides a ridable moving object to a recommended position within a photo spot for optimal subject placement.

A predictor mechanism calculates aggregate errors between actual and predicted energy usage to adjust the algorithm for improved accuracy.

A vehicular communication apparatus links facility information to a specific portable terminal for authorized display upon reconnection.

A computing system generates dynamic risk maps by combining accident history, environmental data, and real-time sensor inputs to calculate precise road segment scores.

A navigation system assigns predicted Quality of Experience values to route segments for wireless services during travel.

A display control unit differentiates surrounding state images based on automated driving mode identification.

A spot search device generates genre-based spot data and transmits it to an onboard navigation unit, reducing internal resource load while maintaining currency.

Conflict islands isolate map data inconsistencies, allowing bulk updates to proceed while deferring conflicting features for asynchronous resolution.

A local business display system generates frequency heat maps from user movement data to highlight visited establishments.

A trip engine synchronizes media playback and route data across multiple vehicles to create a unified travel experience.

A scanning device generates a relative map with traversable cells larger than inertial navigation system drift to update unmanned ground vehicle location.

Segmenting routes at close known locations reduces map complexity on small screens while maintaining complete navigation guidance.

A vehicle navigation system sets guide points by extracting proposed actions from a stored database.

Stereo cameras on a necklace provide depth perception, resolving the trade-off between device complexity and environmental awareness.

A vehicle-mounted device filters incoming DSRC signals using stored division numbers to ensure content execution aligns with the intended traveling direction.

A driving assist apparatus detects curves and memorizes diversion-confirmed paths to manage assistance states.

A vehicle control system calculates automated drive proportions for candidate routes and presents this data to passengers.

Trip plans with expected durations trigger return monitoring that sends alerts to designated parties when users fail to arrive on time.

Audio-based mapping platform classifies road segment sounds to enable sound-aware route selection, overcoming cabin isolation limits.

Information presenting apparatus calculates system confidence level to display permissible driver actions during autonomous driving.

Segmented navigation modules monitor familiar routes in low-power states, alerting users to significant traffic delays without draining battery life.

A data processing unit assigns motor vehicles to charging stations based on real-time power availability and vehicle requirements.

A navigation device corrects road shape data using detected white lines to align route guidance objects on the screen.

Segmenting the environment into sections resolves the contradiction between measurement precision and traffic density information loss.