1.Communication and Network Protocols:
Research on communication technologies in low-altitude intelligent networks focuses on developing high-reliability and low-latency communication solutions suitable for urban environments. This includes optimizing 5G networks, interference-resistant communication protocols, and data encryption technologies to ensure secure data exchange between drones and ground control centers.
2.Navigation and Positioning Systems:
Accurate navigation and positioning systems are critical for drones. Research in this area focuses on satellite navigation systems, visual positioning technologies, and sensor fusion to achieve seamless and precise positioning in both indoor and outdoor environments, enhancing flight stability.
3.Air Traffic Management (ATM):
Research on air traffic management (ATM) technologies aims to create intelligent low-altitude traffic management systems to coordinate drone flight paths, avoid mid-air collisions, and optimize airspace usage. This involves the development of flight plan automation, real-time traffic monitoring, and conflict resolution strategies.
China Telecom Cloud Computing Research Institute Beijing Headquarters
(No. 42, Xueyuan Road, Haidian District, Beijing)
China Telecom Cloud Computing Research Institute Shanghai Branch (No. 211, Century Avenue, Pudong New Area, Shanghai)
Beijing Public Security Registration No. 11040140060 | Beijing ICP No. 12007914
Value-Added Telecommunications Business Operation License A2.B1.B2-20090001
1.Communication and Network Protocols:
Research on communication technologies in low-altitude intelligent networks focuses on developing high-reliability and low-latency communication solutions suitable for urban environments. This includes optimizing 5G networks, interference-resistant communication protocols, and data encryption technologies to ensure secure data exchange between drones and ground control centers.
2.Navigation and Positioning Systems:
Accurate navigation and positioning systems are critical for drones. Research in this area focuses on satellite navigation systems, visual positioning technologies, and sensor fusion to achieve seamless and precise positioning in both indoor and outdoor environments, enhancing flight stability.
3.Air Traffic Management (ATM):
Research on air traffic management (ATM) technologies aims to create intelligent low-altitude traffic management systems to coordinate drone flight paths, avoid mid-air collisions, and optimize airspace usage. This involves the development of flight plan automation, real-time traffic monitoring, and conflict resolution strategies.
