Instruments For Road Network Navigation TRIZ Cases

A navigation system displays a position schematic diagram showing the destination and current device location.

A wrist terminal filter processes position data to exclude invalid information during signal interruptions.

A work machine management system generates travel routes using map data perfection analysis to identify areas with low positional accuracy.

A vehicle control apparatus designates a target lead-vehicle by comparing velocity components in the travel direction.

Electronic horizon model projects directional labels via relative vectors, eliminating frequent zooming operations that distract users on constrained displays.

Controller estimates occupant health from biological data to extract relevant facility information.

Movement-based preprocessing selects positioning results to reduce cumulative errors in Kalman filter inputs.

A vehicle chassis control system calculates target curve incline using optical detection and navigation map data to adjust roll angle.

A navigation system generates routes by identifying navigable pixels in images and correlating them with geographic features.

Visual feature vectors replace GPS signals to enable indoor localization without infrastructure, resolving poor positioning accuracy.

Displays geo-tagged photographic images at waypoints to resolve navigation accuracy issues caused by abstract map diagrams.

A navigational aid device determines routes across public and private transport modes using a unified processor.

A computer system generates route candidates by matching user activity purposes and preferences against route attributes.

Sensor systems detect tethered cable positions to define an avoidance zone, preventing damage from inaccurate visual inspection.

A geo-registration system matches digital images against 3D landmark models to determine precise locations without relying on GPS coordinates.

A server computing device monitors user and friend location data to estimate intersecting paths and send timely service recommendations.

A chat screen extracts time and place keywords to automate pick-up scheduling in car sharing services.

A vehicle navigation system adjusts content scrolling rates based on user input values to manage information display.

A parking lot information analysis device plots vehicle position data into grids to identify parking areas automatically.

Independent sensors gather data from multiple surrounding areas to determine a resulting lane through a cascaded evaluation process.

A vehicle virtual assistant system detects stop duration and records location data to analyze patterns.

Machine learning model determines driving destination order using pre-computed routing distances.

A vehicle information device projects consolidated data onto the windshield using a mini projector.

Lane marker feature points correct scale drift in visual inertial odometry, enabling accurate vehicle positioning without GPS.

A mobile device records journey details and transmits vehicle state data to a remote server for processing.

A trajectory determination device transforms relative position signals into a progressive topology to determine geolocation.

A coordinating system directs en route vehicles to accommodate additional passengers through automated real-time matching.

Information processing apparatus compares manual driving data with simulated automated control signals to generate feasibility assessments.

A driving assist controller calculates a target route to set the host vehicle entrance position within a roundabout circulatory roadway.

A vehicle detection system applies tracking determination rules to sensor data for accurate identification.

A navigation device extracts lane change sections from map data to determine precise guidance timing.

A recommendation engine identifies stop locations using context and transaction data.

Iterative modules quantify non-linear revenue impacts of flight retiming while resolving operational constraints to maximize profit.

Duty cycling waypoint location requests via motion classification reduces continuous battery drain while maintaining positioning accuracy.

A multi-objective path planning method dynamically allocates bus routes based on real-time demand and road conditions.

Automated calibration adjusts display scale and position to resolve manual alignment bottlenecks.

Travel route selection system predicts signal latencies using historical data distributions.

A driver-assistance system estimates driving intentions from voice data to generate assistance information for vehicle coordination.

A POI practicality determiner estimates travel metrics to rank intermediate stops.

A social mobile shopping system provides personalized product recommendations and integrates travel plans for efficient consumer purchasing.

Coordinate transformation aligns multiple map layers to resolve conflation errors and deliver precise combined map information.

A vehicle assisted driving system determines target trajectories based on specific vehicle types and transmits them via a communication network.

A processor acquires real-time traffic information to determine event severity for dynamic driving guidance.

Segmented rendering zones apply distinct thresholds to separate map visibility from information completeness, preventing occlusion of critical spatial data.

A system converts textual service data into audio content for technicians traveling to appointments.

A mobile location service determines user viewing direction to map points of interest within the current field of view on a device interface.

A semantic map system provides precise traffic light location data to guide autonomous vehicle control.

A computing system converts standard-definition map features into pseudo-high-definition data to train machine learning models for environmental change detection.

A map application generates context-sensitive messages embedding location data and hyperlinks for recipients.