Instruments For Road Network Navigation TRIZ Cases

A smart navigation device replans routes to exclude selected toll roads.

A feasibility platform processes vehicle contextual data to determine maneuver safety and legality.

A route optimization system calculates optimal paths and speeds to minimize fuel consumption while maintaining delivery schedules.

A parking spot detection system identifies spaces by analyzing geometric shapes formed by adjacent data points.

A navigation system extracts object information from numerical maps to compose photomaps with enhanced visibility.

A block view provides panoramic-like scrolling navigation through geographic locations without a fixed center of projection.

A wait time server processes crowdsourced data points to generate predicted arrival durations at specific locations.

A routing engine identifies optimal paths by processing user location and destination data.

A road line generation system translates 2D image pixels into a 3D point cloud and extracts a medial axis to define lane geometry.

A reliability index system evaluates weather data confidence levels to support pilot decision-making.

Segmenting address segment vectors into sub-segments based on known projection points improves location determination precision.

Segmenting monitoring functions across mobile and on-vehicle terminals reduces central apparatus complexity while maintaining route accuracy.

A map update area determination system identifies target regions using point distance and representative coordinates.

A driving recommendation system accepts direct user preference input to associate profiles with similar users.

A LIDAR data acquisition device records object positions and vehicle velocity to detect stationary obstructions in the travel path.

A location platform determines trajectory paths by identifying entry and exit waypoints to designate baseline paths for road structures.

Driving assistance system calculates turning radius to determine U-turn feasibility, preventing collisions with attached trailers.

Real-time feedback adjusts haul truck speed and power to minimize queue waiting times while stabilizing engine temperatures.

A vehicle service control system monitors cleaning fluid levels and actuates components to replenish supplies based on server commands.

Multiple directional cameras feed a processor that stitches composite images onto a visor display.

Synchronized IMU and video data enable rescuers to trace incapacitated personnel paths through GPS-denied indoor environments.

A computer system monitors alternative paths to determine probabilities for selecting a vehicle route.

Control unit updates parcel data files across hierarchical mesh levels to synchronize navigation information within the vehicle.

Overlaying vehicle trajectories onto aerial images to identify driving-relevant features within a defined corridor.

A navigation device captures and stores images of the area ahead before turning at an intersection.

A location assessment system generates dynamic transit scores based on distance and frequency metrics.

Segmenting correction workflows enables immediate on-device updates, bypassing months of vendor verification delays.

A route search system corrects navigation paths using provisional passage points set within a correction region.

A communication system adjusts parameters using environmental models and positioning data to estimate channel quality.

An accessibility system analyzes charging station features to generate personalized profiles and heat maps for users.

Projection portions on movable plates reduce dynamic bending to maintain scanning accuracy while preventing permanent magnet contact.

A route calculation device integrates user appointment data with real-time traffic forecasts to determine travel paths.

A mapping application places distance labels along a route to show distances from the starting point.

Linking user travel data to accounts enables route prediction, resolving the trade-off between personalized traffic alerts and system complexity.

A transit prediction system computes arrival times by segmenting dwell time and driver workflow data into modular computational components.

A GPU-accelerated route planning technique uses overlay graphs to compute shortest paths faster than traditional CPU methods.

Navigation system compiles geo-stamped signpost images to resolve conflicting instructions and simplify route directions.

Broadband audio signals convey navigation instructions through distinct frequency profiles without visual distraction.

Roadside units exchange map deviation data with vehicles to maintain accurate navigation maps while reducing cloud bandwidth consumption.

A system displays street map images using scroll icons for navigation.

Roadside sensors detect haul trucks with faulty GPS to predict arrival times, eliminating paving stoppages caused by missing location data.

A driving display device switches between augmented reality and map views based on vehicle proximity to guidance points.

Dynamic compression adjusts speech data quality based on ambient noise levels to optimize bandwidth usage.

Assistance device compares semantic surroundings data with annotated map data to identify perception errors in automated driving systems.

Stereo sensors build 3D occupancy grids to enable dynamic robot navigation without fixed guide-paths or static maps.

A control unit plans vehicle trajectories using a virtual map and geometric figures to navigate parking spaces without complex sensors.

Adjustable beam electromagnetic radiation transmits brake and turn signals between vehicles to provide timely driver alerts.

Distributed navigation stations track wireless identifiers to guide visitors while preventing entry into restricted areas.