Instruments For Road Network Navigation TRIZ Cases

A network entity refines mobile station location estimates using a move-and-merge algorithm on non-GPS raw data.

An electronic system computes distances by intersecting device orientation lines with surface positions, eliminating manual trigonometry.

Router uses remote assistance data to blacklist blocked segments and recalculate paths, resolving adaptability versus complexity trade-offs.

Automated electric vehicle tolling system tracks mileage via utility smart grid networks.

An information processing apparatus intermediates contact data exchange between users sharing a space.

A telematics system infers vehicle trajectories using accelerometer data and map matching algorithms.

A navigation system assigns unique brand icons to specific points of interest on a map image.

A vehicle navigation system detects environmental emissions and adapts routes using sensor data.

A vehicle head-up display projects virtual images onto distinct windshield zones using a single optical unit.

A navigation apparatus corrects carrier position using azimuth and attitude angle data.

Wrist rotation gestures enable depth navigation in complex datasets, resolving the trade-off between interaction intuitiveness and device complexity.

A landmark-assisted navigation system filters points of interest based on user travel mode to reduce information overload.

A control device memorizes mobile radio dead spots to relay vehicle data before signal loss.

A navigation device outputs the relationship between permitted and calculated speeds to guide driver behavior.

A system estimates visual impressions of exterior graphic messaging using mobile device mobility data and traffic volume metrics.

A vehicle navigation device integrates path information from a user terminal to display multiple routes simultaneously.

Mobile detection units identify common environmental features to determine relative arrangement, resolving satellite signal blockage in dense urban canyons.

A position measuring system selects optimal reference stations based on distance and communication criteria to generate connection destination information.

GPS-based tracking eliminates manual timing errors and specialized track requirements.

A mobile device utility computes optimal travel routes using carrier-specific coverage data and historical call metrics.

Segmented map comparison resolves accuracy complexity trade-offs by calculating F1 scores from landmark matches in sub-areas for reliable navigation.

A real-time parking navigator locates available spaces and processes payments automatically.

A navigation system generates object profiles by correlating map objects with road links to facilitate autonomous vehicle control.

A computing device adjusts vehicle trajectory based on object characteristics and lateral distance thresholds.

A toggle button switches between navigation and media screens, resolving interface complexity while maintaining device versatility.

A vehicle localization method reads precision data from a source vehicle and outputs filtered information to a target vehicle interface.

A navigation apparatus trigger button enables voice recognition initiation without diverting driver attention.

A trajectory correction method applies location and modification constraints to refine device path data.

A directed graph generates unidirectional traffic information for selected travel routes.

A navigation system determines guidance modes based on user travel thresholds and current location to present tailored navigation guidance.

A map application system stores and queries historical location data associated with user contacts to render past visited spots on a digital interface.

Dynamic merchant bidding incentivizes public transit usage, reducing congestion and emissions while lowering operational costs.

A vehicle system identifies subjects in parking conflict zones and transmits suggested trajectories to drivers.

A navigation platform selects preferred entrances using geographic map metadata.

A safe transit route generation system modifies travel paths based on user risk profiles and real-time safety data.

A vehicle operating device displays a geographic map divided into time zones for intuitive selection.

A navigation system selects route segments using condition values representing road quality to enhance driver comfort.

A system generates map information by processing data sets from multiple vehicles to identify surfaces outside the immediate roadway area.

A route determination system acquires road and traffic data to generate public transport paths.

A lane change assistance system reconstitutes true road lanes using cameras and radar to accurately position vehicles.

Adjusting road label density and placement on map displays based on device speed and upcoming maneuvers.

A navigation system selects a destination address by comparing road names using discrepancy measures to ensure accurate route guidance.

A processing device calculates an approximate location along a straight line between start and end reference points using an offset value.

A route subdivision method determines a meeting point by calculating travel time equality between two entities.

Curvilinear distance transforms replace grid searches to determine horizontal profiles, minimizing heading changes and fuel consumption.

A guidance text generation device produces voice instructions using recognizable landmarks.

A navigation system monitors driver behavior to detect confusion and retrieves relevant point of interest data for display.

Historical behavior data enables accurate long-term location prediction, allowing the network to adjust configurations and maintain consistent data service.

A GPS navigation system overlays crime risk data onto street maps to guide travelers through unfamiliar areas.

A content selection system defines a geographical limiting zone based on position and travel direction to filter digital content.