Instruments For Road Network Navigation TRIZ Cases

Rearward protrusion of the navigation display behind the meter unit resolves speaker sound obstruction and view blockage.

Augmented reality visualization framework overlays real-time traffic data onto physical roadway imagery via wearable heads-up displays.

A guide display device detects screen orientation changes to automatically present destination details and navigation data.

A computing device manages minor pickup by confirming guardian identity through facial recognition and coordinating meeting points.

An information processing apparatus creates an evacuation space map by combining distance data with semantic image attributes to identify safe road shoulders.

A display device combines sensor status data with pre-stored templates to automatically generate messages without manual input.

A location-estimating device calculates movement amounts and directions to refine position data from multiple sensor sources.

Navigation system uses a database intermediary to store pre-computed maneuver details, eliminating geometric calculation errors at complex intersections.

Multi-level node aggregation structures point cloud data into hierarchical road graphs for precise spatial mapping.

A three-dimensional arrival screen displays building footprints and road segments to show the positional relationship between the destination and current vehicle position.

A navigation system filters point of interest options based on vehicle emission characteristics to display accessible locations.

Navigation device classifies link costs by lane to calculate optimal routes, resolving accuracy issues from uniform traffic assumptions.

Paired comparison of redundant sensor values identifies errors, while a quality counter rejects faulty data to resolve synchronization latency issues.

Information processor calculates course evaluation points to display route guidance indicators alongside the path on a single screen.

Visual notification overlays map information, enabling drag inputs to select points of interest for intuitive location communication.

Segmenting routes suppresses redundant prompts during familiar driving to preserve media playback.

Electronic device segments vehicles by communication capability to predict entry and exit times, reducing traffic analysis complexity.

A controller generates lane changing paths using vehicle behavior information and line data to execute autonomous maneuvers.

A mapping application predicts user future positions using historical data and calendar events to filter search results.

A connected camera architecture distributes video processing to remote computation devices via flexible wireless modes.

A sensor system determines occupant sleep phase to adapt the driving strategy of a semi-automated vehicle.

Automated sensing replaces manual assessment to quantify driving skills, resolving the trade-off between measurement precision and system complexity.

A vehicle-mounted camera system fuses DGPS and IMU data with high-definition maps to automatically label roadside objects.

A route planning device identifies a drawn line of interest on a map interface to calculate navigation paths.

A schematic map system distorts vector data to emphasize essential route features while de-emphasizing less critical areas on limited display surfaces.

A ride-hailing system identifies the nearest vehicle by calculating driving distance along a road graph instead of using straight-line metrics.

A speed limit information system evaluates candidate limits using vehicle dynamics signals to output validated data.

A vehicle navigation system stores image data mapped with route guidance information received from a vehicle black box.

Processor system generates optimal pedestrian routes using mobile tracking readings from assistance devices.

A map interface allows users to place location markers on a displayed map view for interactive route planning.

Deriving a navigational field of view generates drivable paths dynamically, reducing reliance on resource-intensive high precision maps.

A content control platform uses image recognition to identify environmental objects and targets for electronic displays.

A helmet alert system filters transit notifications by user direction and speed to deliver timely warnings.

A navigation system display method switches between normal and simplified map views to prioritize essential route elements.

A vehicle-mounted data tag reader detects route markers to present pre-recorded content automatically.

A navigation service generates routes by identifying ghost road segments and replacing them with base road data.

A navigation system transmits last mile directions to a mobile device after detecting vehicle parking.

A confidence enhancement system calculates a safety score using navigation and sensor data to determine autonomous driving permissions.

Distributed signal generators emit directional acoustic cues, resolving orientation ambiguity and RFID complexity in blind navigation.

A driver-assist system provides driving-environment data along an initial section of a road deviating from a planned route.

Electronic control units unlock doors and activate lights to guide passengers to optimal seats based on sensor data.

A navigation device computes turning costs at intersections to issue targeted voice guidance alerts for critical decision points.

An information processing device detects user position and direction to output audio.

A routing system selects physical advertisement locations along a path to offset ride-sharing costs.

Threshold filtering on yaw angle and lateral position prevents unnecessary warnings from measurement errors, improving detection accuracy.

A navigation storage device stores pre-calculated road distances from points of interest to motorway exits for efficient location processing.

A navigation system displays canonically oriented images of prominent route points alongside geographic map data.

A travel track creation device generates clothoid curves to smooth vehicle transitions through intersections.