Instruments For Road Network Navigation TRIZ Cases
- Onboard Voice Recognition in Noisy Vehicle Environments
A vehicle onboard information device continuously acquires and recognizes passenger speech using dedicated audio processing units.
- Autonomous Vehicle Emergency Coordination via Object Movement Prediction
Predicting target object trajectories enables self-driving vehicles to coordinate emergency maneuvers with traffic signals, reducing public safety risks.
- Navigation Device Emergency Route to Evacuation Site
Navigation device calculates safe guidance route to registered evacuation site when emergency alarm triggers without pre-set destination.
- Dynamic Map Viewport Adjustment via User Distance Signals
A mapping API adjusts digital map viewport parameters based on client device location data to display contextually relevant content.
- Accelerometer-Only GNSS Enhancement via Dynamic State Assessment
A method uses raw accelerometer data to assess platform dynamics and adjust satellite tracking parameters without inertial navigation integration.
- Satellite Navigation Data Channel for Map Updates
Satellite navigation data channels transmit map updates via sub-channels, bypassing inefficient terrestrial distribution methods.
- Route Search System Using Movement Path Classification
A route search system classifies user movement paths into types based on characteristics to set road costs.
- Navigation Guidance Confidence Adjustment for Incomplete Maps
A navigation system computes road link probability indices to determine map data confidence levels and generates variable guidance commands.
- Camera App Merging POI Data for One-Click Sharing
Electronic device camera application merges location-based point of interest data with image capture to enrich metadata content.
- Vehicle Position Fusion Filter for Jump Prevention
A fusion filter compares satellite and inertial positions to correct errors, preventing sudden jumps in absolute vehicle location.
- Geofence Cache Management for Mobile Devices
Caching geofences within a travel perimeter reduces battery drain and storage burden on mobile devices.
- Vehicle Ride Comfort Route Planning via Sensor Feedback
A navigation system evaluates road parameters using onboard sensors to plan routes that minimize driving discomfort.
- Navigation Mode Detection via Route Data Analysis
A navigation system identifies user transport modes by analyzing completed route data attributes.
- EV Wireless Charging Alignment via Dynamic Protocol Switching
A parking alignment sequence switches from cellular to short-range wireless protocols for electric vehicle charging guidance.
- Navigation Route Adjustment for Sleeping Passengers
A navigation device adjusts routes based on passenger sleep detection to prioritize smoother travel paths.
- AR Navigation Route Projection for Lane Guidance
Augmented reality projects virtual navigation routes over front video data, resolving unclear intersection instructions and driver distraction.
- XML Map Data Route Search Using Administrative Boundary Nodes
XML map data route search method organizes navigation information through hierarchical administrative layers and boundary nodes.
- Hierarchical Block-Cell Path Search for Mobile Objects
A hierarchical block-cell path search method merges grid cells into blocks to reduce computational load.
- Geographic Database Update via Vehicle Camera Image Analysis
Vehicle-mounted cameras generate geographically coded images to detect road changes, replacing manual collection and reducing update latency.