Unmanned aerial system traffic management (UTM)
Infrastructure deployment and low-altitude airspace operation to design and manage low-altitude airspace effectively, ensuring safe and efficient usage.
1. Infrastructure planning
- Create and develop Infrastructure required
- Formulate and establish regulations development
- Plan and organize Infrastructure network
2. Low altitude airspace design
- Design the effective separation of low altitude airspace for efficient usage
3. Operation design
- Develop novel and effective methods for solving
- Aerial vehicle routing and scheduling problem in LATL operations
- Multimodal synchronization problem in LATL operations
Research Direction 1
Unmanned aerial vehicle technology (UAV)
Development of intelligent perception and control technologies to ensure aircraft can fly securely in low-altitude airspace, even in challenging situations.
4. Reliable perception approach
- Seek to significantly advance autonomous aircraft capabilities in navigating and understanding complex urban environments
5. Robust control technology
- Enhance stability and navigation accuracy during windy conditions
- Improve resistance and operational capability in rainy environments
6. Safe flight in an emergency
- Investigate safe flight approaches in an emergency
- Backup positioning
- Safety on power system
- Safety on fault-tolerant control
- Safety on auxiliary measures, e.g. Parachutes recovery systems, Urban maintenance shed, Geofence
Research Direction 2
