Instruments For Road Network Navigation TRIZ Cases

A digital mapping service detects vehicle operation context to automatically filter geographic content based on user interaction history.

A network system enables users to select items from multiple service providers within a single request.

Navigation servers integrate heart rate and skin temperature data with traffic information to adjust routes based on physiological thresholds.

A neural network model predicts vehicle sideslip angles using real-time driving parameters to enable precise steering adjustments.

A portable terminal uses a see-through display module to overlay route information directly onto the user's actual line of sight.

Portable navigation system uses map information to generate and manage multiple position hypotheses.

A parking assistance apparatus applies predefined lateral and longitudinal offsets to position a vehicle based on GPS location data.

Front-mounted loudspeaker sound outlets surround a central display to improve acoustic irradiation quality while maintaining user-friendly operability.

A system calculates turn difficulty values by analyzing vehicle footprint distances derived from overhead satellite imagery.

A validation platform processes user personal details and GPS traces on the device to verify crowdsourced location data.

A navigation system obtains weather data and ranks multiple routes based on user profiles to provide optimal paths.

LIDAR range pulses determine open sky visibility angles to resolve navigation signal availability and processing complexity trade-offs.

A wearable navigation device uses sequential haptic feedback emitters to guide users toward specific destination locations within a retail environment.

A GPS map-matching method constructs shifting fields for road segments to identify trajectory probabilities.

Interactive graphical user interfaces visualize distributed energy resources and power topology through cloud-based aggregation systems.

A building automation control panel receives traffic data and generates audible notifications for users.

Map version agnostic identifiers encode route segments into a bloom filter for mobile navigation transmission.

Navigation system generates alternative routes for separated follower vehicles to rejoin a caravan, reducing travel time and effort.

A navigation system generates travel routes and calculates current locations to identify segments for automatic distance recording.

A car radio housing features a dedicated slot and interface connecting navigation units to the main unit.

A navigation device analyzes map data to detect onward routes leading to undesirable locations.

Anticipated driving path projection assists drivers navigating narrow passages by displaying the vehicle width against available space.

A vehicle camera system tracks user movement paths to automate fare settlement.

A guide information generator calculates driving distance and time to switch between battery-only and combined torque modes.

An electrolyte station manages fluid flow between recovery and filling tanks via a vehicle-mounted connector.

Simulation-based precertification validates software safety records before real-world testing, reducing verification time.

A recommendation system estimates CO2 emissions across multiple movement timings to determine optimal facility visits.

RL agents use perturbation and merging to balance computation time with routing accuracy.

A vehicle navigation system displays personalized content on maps using a central database and remote server.

A multi-function navigation system merges electronic map and book databases to transfer scenic spot coordinates automatically.

Navigation system generates flexible route indications by determining deferred travel times and alternative locations for user requests.

A search graph generates optimal trajectories for autonomous vehicles using vehicle and object data.

An automated alignment system converts lidar scans into feature sets and calculates transformation parameters to align maps without manual intervention.

A navigation system generates road-segment tree structures from candidate regions to match current positions against planned routes.

Predicting traversed geofences via ML models delivers timely ads, resolving the contradiction between simple location tracking and effective engagement timing.

A vehicle operation assist apparatus detects driver gaze direction to adjust braking assistance timing and force.

Roadside units transmit navigation maneuvers via wireless networks, bypassing GPS multipath interference and satellite connectivity issues.

Queries geographic databases for vulnerable road user attributes to activate vehicle sensors, resolving resource consumption trade-offs in wide-area detection.

A navigation system calculates dynamic paths through navigable gaps between parked vehicles to guide users toward designated access points.

Route detector network identifies roads from machine telemetry data, resolving static model limitations.

A portable device selects power saving modes for satellite navigation by retrieving aggregated usage data from similar locations.

Rendering a partial map view on a virtual floor surface maintains spatial immersion while preventing occlusion of important information during user navigation.

A shortest path engine maps warehouse locations to reference points for rapid route calculation.

A driving assistance system generates a geofence model using historical accident data to output optimized routes.

A roadside image tracking system processes vehicle-mounted camera feeds to extract object data and generate route options.