Instruments For Road Network Navigation TRIZ Cases

Navigation system incorporates landmark reference points into route guidance for intuitive user orientation.

A mobile terminal displays a parking space distribution map with marked vacant spaces, reducing search time in complex parking structures.

Processor identifies ownership changes via probe data patterns, updating navigation associations to prevent unauthorized access to personalized vehicle data.

Map POI and tag features to a metric space for vector similarity optimization, resolving low accuracy from sparse comment data.

Matching new experience nodes against stored sets creates topological links that improve re-localization in changing environments.

Vehicle computing systems record user audio, images, and GPS coordinates to compile localized tour data files.

Application server processes real-time transport data to generate accurate navigation routes within the IP Multimedia Subsystem.

A hint generator detects events during test executions to provide automated notifications for simulation analysis.

A multi-mode route selection system modifies travel paths using real-time user data to maintain navigation confidence.

A terminal device switches operation modes based on attachment state and communication status with in-vehicle equipment.

Electronic device presents directional information using contextual data to detect user path deviations, reducing manual inputs and power consumption.

Adjustable vehicle sensors detect environment sections to supply area data, eliminating costly reference-sensor system updates.

System sends successive offer communications to mobile devices and point of interaction terminals.

A tour planner system enables group travelers to select, share, and finalize travel routes through collaborative feedback mechanisms.

A vehicle position determination unit allocates sub-mobility devices within the compartment based on passenger exit and driving conditions.

A vehicle trip evaluation system calculates current performance metrics against similar historical trips to provide immediate driver feedback.

A vehicle control device displays a virtual pre-merging point on the main road alongside the host vehicle position to aid driver awareness.

A navigation system determines routes by evaluating network coverage availability along candidate paths.

A three-dimensional map system updates search results using building models to display spatial relationships.

A wayfinding system provides real-time navigation guidance to patients and visitors using mobile devices.

A navigation control unit generates a synthesized search query by calculating the hiatus between initial and further search times.

Information processing device prioritizes notification content based on importance levels to determine output destinations.

Portable device tracks location using WiFi signals and machine-readable tags for facility navigation.

A vehicle control device switches from autonomous driving to manual or remote operation when entering prohibited zones.

A navigation system calculates turn cost correction factors using sensor and map data to update travel time estimates.

A central apparatus generates extraction commands based on map completeness to reduce communication data volume.

Navigation system applies sharp curve and lane change coefficients to route cost tables, preventing autonomous driving interruptions.

A telecommunications system divides road segments into subsections to calculate precise travel times using vehicle speed data.

A navigation system determines candidate locations and associated waypoints to calculate travel routes for display on a device.

A nap spot selection system calculates battery power consumption and deterioration levels based on outside air temperature data to optimize stop locations.

Coded lighting characteristics enable automatic information positioning in images, reducing visual clutter while maintaining data availability.

Segmenting map information by lane resolves the contradiction between determination accuracy and processing complexity while excluding prohibited travel zones.

An in-vehicle device captures images to detect subjects and recognize their behaviors without manual input.

A prediction system uses floating car data and transaction records to estimate real-time parking space availability.

A control server adjusts platoon vehicle arrangement based on wind direction to minimize aerodynamic drag.

Host device traverses a pattern to measure environmental signal strength, resolving tracking accuracy issues in diverse wireless environments.

A vehicle guidance terminal receives travel environment data to determine course changes without route computation.

A mapping interface merges nearby points of interest into a single icon cluster with layered labels.

A parking assistance device determines target positions by recognizing obstacles as wheel stoppers based on detected boundaries.

Periodic audio pulses and tactile outputs guide users to the navigation starting location, reducing battery power consumption by avoiding continuous feedback.

A tracking system indexes historical movement tracks to predict future entity locations and identify trajectory anomalies.

Sequencing ground-level images creates an immersive first-person view that resolves the trade-off between static map simplicity and realistic user engagement.

A navigation interface actuator selects menu items through directional movement and distinct confirmation actions.

High definition maps generate synthetic sensor data to resolve the contradiction between map accuracy and update frequency.

A pairing system matches rider biometrics to electric transport devices.

A map display device calculates road-related information positions using shiftwidth data linked to road types and lane counts.

A lane tracking system selects an anchor boundary using fused map and vision data to maintain vehicle positioning.

Network system detects map data defects by comparing candidate GPS routes with ground truth map routes.

A terminal device adjusts navigation prompt timing using dynamic road width detection for accurate pedestrian guidance.