Instruments For Road Network Navigation TRIZ Cases

A people-flow analysis apparatus reads location information from mobile terminals to generate trip data indicating user travel paths.

V2X-based coordination replaces specialized infrastructure, resolving reliability and efficiency trade-offs for priority vehicles.

A visual travel guide system generates optimized routes from geo-tagged media selections.

A vehicle head-up display controller dynamically adjusts guide image size based on target distance to maintain optimal visibility.

A mapping application dynamically adjusts map data download thresholds based on geographical area characteristics to optimize visual detail levels.

Allocates candidate locations by travel direction distribution to detect map data discrepancies without manual maintenance.

Information processing device generates augmented reality images by superimposing virtual objects on real-time camera captures for vehicle displays.

Navigation system selects low-speed routes to minimize battery energy consumption and prevent power down events.

A route design system uses inverse reinforcement learning to optimize relay points and paths via a weighted cost function.

A display control apparatus assigns content to vehicle screen areas using composite evaluation values for both items and zones.

Navigation system determines user context to set an orientation mode, resolving adaptability versus complexity trade-offs.

CATCHUp algorithm compresses time-dependent vehicle routing indexes by unpacking shortcuts into discrete travel times.

Integrating past and current map data allows the control system to calculate accurate position coordinates while suppressing massive storage requirements.

Segmenting markers into a tile grid reduces rendering load by displaying only representative icons, preventing system crashes from marker overlap.

A navigational device adjusts map scale based on speed and event horizons to focus on relevant information.

Processor analyzes motion sensor height data against multi-floor maps to determine vehicle location in GPS-denied spaces.

A trailer module transmits identification data via a power line carrier network coupled to the tractor.

An estimating system acquires via point positions to calculate staying time periods for mobile objects.

An adaptive hybrid route prediction system selects optimal models using decision rules to enhance trajectory accuracy.

Geometric segments sized by operational parameters enable incremental path adjustment, reducing computational load during complex 3D navigation.

Route planning system calculates travel paths using vehicle health data to minimize subsystem stress and prevent premature degradation during operation.

A vehicle display controller detects finger count and movement to navigate images on a touch screen interface.

Mobile devices display user-captured media files at specific locations to provide personalized visual cues.

Processor selects vehicle sensors based on location field-of-view data to reduce onboard processing requirements and complexity.

A navigation device coordinates routes for friendly vehicles to reach a common location simultaneously.

Automated control section detection analyzes road connectivity to generate accurate detour routes.

A ridesharing prediction system processes probe data from vehicles traversing specific routes to determine accurate travel times.

Removable recording medium stores candidate site data to enable selective end point setting in vehicle navigation systems.

Accelerometer data estimates vehicle speed by analyzing acceleration patterns and dividing driving sessions into segments based on idling points.

Clustering fare data reconstructs itineraries, providing occupancy visibility without adding hardware complexity.

A route determination system segments paths to identify emerging geographic attributes and create theme-oriented travel routes.

An intermediary server automates distribution based on geographic proximity, eliminating manual recipient identification.

A three-dimensional time-space diagram plots green-wave bandwidths to visualize regional traffic signal coordination.

A nonlinear state estimation technique integrates optical sensor data with motion sensor readings to generate a unified navigation solution.

Navigation device supplements basic geographic data with sensor-derived information to resolve outdated map limitations and enable precise route planning.

A delivery routing system generates hierarchical clusters of pickup locations to match drivers with specific routes based on submitted offers.

Assigning a metric to graphical positions selects objects by distance, reducing selection time and improving ease of operation in vehicles.

Segmenting centralized storage into distributed terminal copies eliminates manual formatting effort while enabling offline access to shared media content.

Dynamic category substitution replaces parent nodes with subordinate options when destination counts fall below a threshold.

A location point determination apparatus selects geographic features as reference centre points using proximity calculations and attribute evaluation.

Segmenting map data into grid cells allows vehicle sensors to assign localized weather states, reducing false alarm rates from broad area reports.

Electronic control unit determines recommended routes by evaluating energy source locations and associated costs for vehicle travel.

Algorithm assesses weather and shading to recommend parking spots that maximize solar radiation exposure for efficient battery recharging.

Segmenting the display into dedicated regions eliminates window toggling and resizing, reducing interaction effort while maximizing screen real estate.

A navigation system calculates parking routes using a composite cost function that weighs space availability against travel time.

An augmented reality system overlays navigation requirements onto the driver's field of view based on current location data.

A position estimation device evaluates multiple candidates to remove erroneous data from sensor inputs.

A GNSS receiver analyzes blocked range data to detect multipath interference and optimize satellite selection for positioning calculations.