Instruments For Road Network Navigation TRIZ Cases

An inertial sensor detects mobile device tilt angles to scroll lists, reducing navigation time compared to manual thumb wheel inputs.

A travel coordination system matches riders with providers at designated stops to reduce wait times.

Computing device updates lane identification confidence using sensor data and map information.

A computing device displays an integrated route map showing expected weather conditions for a planned trip.

A navigation device determines routes by retrieving pre-calculated minimum cost paths between map regions.

An AI system dynamically adjusts order fulfillment parameters, such as delivery location or schedule, when real-time conditions become unfavorable.

An evacuation support system generates routes to less crowded destinations using real-time position and crowd data.

A flight management system projects deleted waypoints onto a new path to enable seamless reversion to the original route.

Assigns functional road classes using fleet navigation attributes to determine probable routes.

A travel assistance system dispatches vehicles and information to users through a mobile device interface.

Simulated Annealing algorithm determines optimal vehicle routes using Degree of Circuity constraints.

A map generation device evaluates positional information reliability using planimetric feature metrics.

A path finding apparatus evaluates vehicle trajectories via a scalar utility score aggregating multiple objectives.

GPS receivers and wireless communication devices monitor vehicle locations against established geo-fences to automate inventory tracking.

Aggregates mobile telemetry probes into density maps to identify missing map features, eliminating labor-intensive manual data collection.

A map information processing system sets content regions using accuracy-corrected boundaries derived from position sensor data.

A navigation system identifies correct city names for border streets using travel direction, cursor position, or address parity.

A navigation apparatus segments routes to deliver precise weather data for each segment.

A parking assistance device tailors notification content based on driver destination familiarity.

A recommendation platform estimates missing dynamic content for points of interest using nearby proxy data and historical values.

A navigation system determines optimal pick-up points for multiple passengers.

A tracking device predicts communication gaps using historical signal data to adjust reporting intervals and conserve battery power.

Navigation system directs electric vehicles to charging stations based on calculated arrival and charging time metrics, preventing power grid overload.

A microfluidics-based spiral representation generates navigational paths on smartwatch surfaces.

A segmented infotainment display divides the screen into independent interaction zones for media and climate control.

A system matches passenger activities to road segments using geographic data and driving assistance levels.

A parking assistance device enlarges virtual obstacles to recalculate vehicle routes and avoid newly detected hazards.

Sensors track relative positions to detect blind spot occupancy and transmit alarm signals to wearable devices for timely user alerts.

A navigation device switches between normal and pedestrian modes to adjust map matching logic.

A system sends identification cookies to user equipment for seamless access across multiple domains.

Automated image processing extracts object positions from user photos to update map databases, replacing resource-intensive manual collection methods.

A positioning system adjusts location estimates using user-defined map paths and radio signal characteristics for mobile devices.

A communication terminal manages map information update states to request only necessary guidance data from a server.

A route validation module detects waypoint proximity to verify generated navigation paths.

Dynamic threshold adjustment identifies difficult driving sections faster while maintaining information reliability across varying conditions.

Segmented screen regions display a point of interest list alongside path guidance, resolving the trade-off between POI recognition and navigation visibility.

A system filters vehicle trip data using geofences to protect sensitive location information while enabling location-based services.

A route planning method determines charging strategies using traffic data to optimize vehicle travel duration.

Digital mission planning system eliminates costly rework by allowing real-time collaborative updates to sequential stages and waypoints.

A mobility component extracts handset attachment data from femto cells to generate real-time and historical location reports.

A navigation client automatically switches between page types based on user location status and operations.

A transportation matching system dispatches enhanced sensor vehicles to collect precise training data for machine learning models.

A vehicle head-up display combiner tilts around a central axis to maintain optical alignment.

Information processing apparatus transmits warning information when a shared vehicle deviates from its scheduled traveling route.

Dynamic geofences trigger order preparation upon customer entry, resolving the trade-off between timely delivery and food freshness.