Vehicle Wireless Communication Service TRIZ Cases
- Counter-Drone Sensor Fusion for Precise Threat Interception
Fused radar, acoustic, optical, and RF sensing helps distinguish threat drones and trigger rapid autonomous interception.
- Counter Drone Coordination Using Fused Multi-Sensor Threat Tracking
Multi-sensor fusion combines acoustic, optical, and RF cues to identify threat drones and direct counter drones with faster response.
- Multi-Sensor Counter-Drone Detection and Autonomous Interception
Multiple networked sensors fuse acoustic, RF, optical, radar, and thermal data to identify and intercept threat drones autonomously.
- Battery Usage Data Presentation for Deterioration Diagnosis
A presentation device displays comparative secondary battery usage status across multiple vehicles to identify specific degradation factors.
- PSAP Computing System for Autonomous IoT Emergency Response
A PSAP computing system analyzes emergency messages and autonomously controls IoT devices across smart environments.
- Medical Emergency Autopilot System for Vehicle Control Override
A personalized medical emergency autopilot system integrates portable device data to analyze driver physiology and override vehicle controls during emergencies.
- UAS Service Control via 5G Network Authorization
A wireless communication system manages unmanned aerial vehicle service areas through network-based authorization procedures.