Instruments For Road Network Navigation TRIZ Cases

Electronic control unit estimates longitudinal position using vehicle pitch angle and map height data.

Shifting road map nodes to active lanes aligns the AR route with the vehicle path, eliminating unnatural displacement at intersections.

A vehicle tow capacity estimator calculates load limits using acceleration profiles and degradation factors.

Stochastic routing algorithms maximize on-time arrival probability by scaling shortest expected journey times, resolving deterministic reliability gaps.

A dynamic view system composites 3D weather effects onto base images to create photorealistic environments.

A vehicle operating system adjusts display scale and angle along a virtual path to transition between map perspectives.

A routing system identifies shared intersection points for multiple mobile devices and generates directional paths to these targets.

A micro-hazard monitoring system maps environments using extended reality technology to identify potential risks through object recognition.

An information provision device manages head count data to generate crowd information for terminal display.

A vehicle display screen overlays weather radar data onto navigation map information for simultaneous viewing.

A bloom filter encodes route segments to enable mobile apparatus navigation across differing digital map versions.

A mobile device-based travel system provides multimodal location prompts to guide users along predetermined routes.

A driving assistance device sets vehicle orientations at turn segment boundaries to generate smooth travel courses.

Selective sensor activation reduces energy consumption while maintaining high monitoring precision for parked vehicles.

Regional information blocks use a honeycomb layout to resolve screen clutter and improve ease of operation on mobile terminals.

Segmenting the display with a dynamic overlay resolves the trade-off between ease of operation and map visibility during navigation.

A map position display method segments curves to identify nearest points efficiently.

A portable terminal matches camera images to map data using GPS and sensor inputs.

A social router system generates and revises travel routes for groups based on individual criteria to ensure synchronized arrival.

A vehicle interior lighting system directs spot illumination to follow moving occupants using detectors and processors.

An optimized lead-time algorithm estimates delivery wait times using trained machine learning models and driver solicitation sequences.

A warm start generator creates initial trajectories for autonomous vehicle motion planning systems.

Classifies path planning points by driving difficulty to generate reference lines using geometric or algorithmic methods.

A controller generates serving timing data based on passenger viewing periods to coordinate meal delivery with scenic observation windows.

A navigation system hibernates inactive route segments to reduce power consumption and extend mobile device battery life.

Augmented reality maneuver indicators update location data using vehicle execution feedback, correcting imprecise map-based placement at intersections.

A positioning system creates map elements to constrain user location data.

A mobile terminal device switches navigation screen detail based on physical style detection.

A mobile navigation app calculates pedestrian routes using indoor mapping data and real-time sensor feedback.

A follower vehicle mimics leader control inputs to maintain precise spacing.

A path calculation system generates alternative routes by combining critical segments with candidate non-critical portions.

Feature-based region detection prevents important user information from being obscured by in-vehicle device overlays during image combination processes.

A navigation device fuses satellite and emulated signals for location estimation.

An estimation device fuses LIDAR distance data with map landmarks to correct vehicle position estimates.

Pre-fetches map data tiles along predicted routes to reduce bandwidth usage and download time during intermittent connections.

A navigation controller determines vehicle clearance height to calculate a route height comfort score for path selection.

A validation instance evaluates pre-computed search results before returning them to clients.

A polygonal area of interest system retrieves ranked points of interest using discrete vertex selection.

A path calculation device generates swept paths for autonomous vehicle segments to determine optimal driving routes.

Driving assistance device judges relative positions using neighbor travel history data to estimate road shapes without map information.

A guidance system identifies vehicles from user images to derive ride suitability data.

A computing system simulates multiple transportation routes to determine the optimal path based on resource consumption and duration.

A travel route presentation system estimates user health to select suitable paths.

Processor correlates real-time height values of static elements with defined map data to localize the vehicle.

A computing system predicts physical exertion for mobility assistive tools to generate personalized routes.

A driver-customized vehicle control system integrates bio-signal information with environmental condition data to generate a driving index for personalized service operations.

A destination management system clusters travel options using weighted similarity metrics to organize relevant locations.