Instruments For Road Network Navigation TRIZ Cases

A notification unit delivers position information alongside auxiliary details to help users locate parked vehicles.

Navigation system calculates average merging traffic speed and issues warnings, resolving driver reaction time delays caused by manual flow observation.

Error estimation device predicts inertial sensor bias errors by comparing rolling shutter reflection distance images with global shutter outside light images.

Multi-dimensional matching of lane lines, curbs, and guardrails resolves single-dimension accuracy limits in automated driving navigation.

A pointing device detects discrete input coordinates to calculate rotation direction and rotate screen objects.

A navigation system modifies destination inputs to ferry terminals before departure to enable precise vehicle arrival detection at the selected location.

A localization system selects filters based on detected environment classes to remove interfering objects from sensor data for precise vehicle positioning.

A navigation device displays selectable traffic camera symbols on a map to provide visual route evidence.

A media playback device generates customized playlists matching travel duration using user preferences and machine learning.

A dynamic navigation system generates suggested routes by detecting user and community behavior patterns.

Neural networks process route tiles to resolve noisy GPS data inaccuracies, enabling reliable vehicle tracking and distance estimation.

A navigation device processing unit adjusts road map display parameters based on moving speed to simplify visual information.

Filtering positional data into standard profiles reduces storage needs while capturing time-dependent journey patterns.

A cargo logistics platform standardizes heterogeneous transportation data from multiple partner carriers to generate unified routing recommendations.

A movement assistance device calculates multiple routes to a meeting location and outputs options allowing users to meet a vehicle on time.

A route planning apparatus generates state information periodically and stops when a condition is met to search for a second route based on pre-generated data.

An elevator navigation terminal resolves passenger confusion in high-rise buildings by calculating optimal lift routes and displaying clear, real-time guidance.

A map distribution server produces difference update data by associating link relationships across multiple hierarchical levels.

Prioritizing critical map elements via progressive coding reduces bandwidth usage and transmission costs while maintaining navigation functionality.

A passage information device estimates road passability using people flow data from mobile terminals.

Relaying integer ambiguity from a reference station allows the receiver to skip initialization, reducing positioning time while maintaining accuracy.

Instant messaging clients generate track-sharing events to share real-time moving tracks, resolving limitations in direction provision and path checking.

A navigation device determines target candidates along a route using positional relationships with distinctive objects to generate voice guidance.

A display control device assigns search targets to grid areas using positional vectors and priority rules.

Assigning route profile data via sensor similarity resolves measurement precision and device complexity trade-offs.

Decomposing geographic areas into hierarchical polygons approximates actual travel distances and times for location-based information systems.

Processor-based system generates optimal paths and modifies short-range trajectories using critical condition constraints.

Hybrid GPS and transponder navigation resolves cross-track ambiguity in parallel rail networks by using signal data to identify the precise track path.

A server system computes inter-facility movement correlations from historical position data to forecast mobile body distribution.

Navigation system modifies vehicle routing and arrival time using forecasted destination conditions to avoid unfavorable weather upon arrival.

Navigation system adapts routes via a data manager filtering traffic broadcasts, reducing driver distraction from unnecessary recalculations.

A mobile device transfers navigation data to a second device using progressive transmission of route information and map tiles.

Hierarchical octree segmentation reduces transmission latency and bandwidth while maintaining spatial accuracy for follower vehicle decision-making.

Calculates urban road running speed using user track data to eliminate hardware deployment costs while improving monitoring reliability.

Segmented processing modules analyze location history to generate identifiers, reducing complexity while maintaining accuracy through feedback loops.

A vehicle control system executes small fuel leak tests by detecting stable operating conditions.

Periodic fading and local blending reduce visible seams and flickering during geolocated image transitions without excessive processing.

Real-time localization error correction system detects ground truth landmarks to calculate deviation values for autonomous vehicle positioning.

Networked vehicles fuse distributed sensor data to predict real-time weather, resolving the contradiction between measurement precision and system complexity.

A navigation system adjusts evaluation interval distances based on map scale to display driver operation results.

A location based system detects events and establishes geofences to identify participants within defined spatial boundaries.

A computing navigation device displays media content within a route directions view to provide visual aids for travel.

Deep convolutional neural networks determine road intersections and target entrances to generate optimized routes.

Frequency distribution of vehicle movement parameters calculates average emission and fuel consumption data for specific road segments.

A machine learning model estimates vehicle position using dynamic state and radio network data.

Hierarchical spatial indexing segments geographic cells to calculate area overlap with a map view port, resolving boundary detection precision issues.

A navigation system corrects position errors using user input received through a human-machine interface to update the digital map display.