Instruments For Road Network Navigation TRIZ Cases
- Vehicle Localization via Multi-Vehicle Sensor Fusion
Wireless fusion of multi-vehicle sensor data minimizes pairwise localization distances to resolve single-sensor accuracy errors in autonomous navigation.
- Lawn Patterning Implement with GPS Guidance
A patterning implement uses a processor and GPS to imprint high-resolution images on lawns.
- Vehicle Location Correction Using Dead Reckoning and Sensor Fusion
A vehicle location system corrects GPS coordinates using dead reckoning data from onboard sensors to maintain precise positioning.
- Vehicle Appointment Scheduler with Energy-Aware Route Planning
An electronic appointment scheduler integrates route planning and energy replenishment for electric vehicles.
- Roadway Event Detection Using Vehicle Behavior Data
A system detects transient roadway events by analyzing vehicle behavior data to generate guidance inputs for recipient vehicles.
- Map Data Correction for Vehicle Lane Positioning
A map data correcting device aligns vehicle position with actual lane boundaries using sensor detection.
- Vehicle Head-Up Display Using 3D Predictive Environment Modeling
A vehicle head-up display renders predictive graphic elements within a three-dimensional virtual environment.
- Route Reconstruction Using Sparse Location and Motion Data
A user device reconstructs a route using sparse location and motion data collected at reduced frequency.
- Carbon Credit Trading System for Quantifying User Activity Footprints
A computational system calculates user activity carbon footprints and assigns tradable digital credits via a distributed ledger.
- Navigation Device Data Acquisition for Point of Interest Operating Hours
Enquiry module queries network databases to derive accurate operating hours, eliminating manual research time.
- Maritime Path Determination Using Feasibility and Cost Matrices
A maritime path determination system calculates shortest routes using feasibility and cost matrices with Dijkstra's algorithm.
- Radio Navigation Accuracy via 3D Map Correction Vector
A radio navigation system corrects position coordinates using a calculated correction vector derived from selected 3D map data.
- Vehicle Road Sign Detection via Navigation-Guided Camera Verification
Navigation unit provides map-based road sign locations to guide camera verification, reducing computational effort while maintaining detection precision.
- Safe Path Memory for Autonomous Urban Navigation
Human-guided mapping creates a memory of safe paths using GPS and laser sensors, reducing positional errors that limit autonomous range.
- Bloom Filter Route Encoding for Map Version Agnostic Navigation
A mobile apparatus decodes routes using a compact bloom filter containing segment identifiers extracted from server data.
- Automatic Geofence Determination for Vehicle Event Recorders
Processor analyzes trip data to identify nodes and form clusters, creating geofences that eliminate manual programming complexity.
- EV Battery Charging Performance Control via Temperature-Based Level Selection
A controller categorizes battery charging performance into levels based on temperature data to guide driver actions.
- Navigation Turn-By-Turn List With Distance-Proportional Display Areas
A navigation controller displays turn-by-turn positions in a list with varying area sizes based on distance.
- Optimal Path Prediction Model for User Intent Navigation
An optimal path prediction model trained on user action trajectories identifies intent and guides navigation paths.