Technical Name |
Intelligent Communications and Networking Technologies for ANGEL Base Stations |
Project Operator |
National Chiao Tung University |
Project Host |
王蒞君 |
Summary |
The new UAV structural design with balloons has combined to provide mobile and long-time hovering capabilities for outdoor communication services. Integrate mmWave backhaul communication to improve the flexible deployment of ANGEL. Combining computer vision and AI, the ANGEL can predict the distribution of people, dynamically adjust the flight altitude and position, and improve the quality of communication services. |
Scientific Breakthrough |
Develop a new type of UAV The new designed UAV, ANGEL, is more suitable for providing long-time communication services. Backhaul communications of ANGEL The integration of mmWave and Wi-Fi provides stable backhaul transmissions up to 900Mbps. Intelligent Services ANGEL perceives the change of user distribution through AI and adjusts flight altitude and location for providing better communications. |
Industrial Applicability |
Angel Base Station provides a new solution for the telecom industry. Combining computer vision and artificial intelligence technology, our solution can dynamically analyze the distribution and network demands of outdoor mobile crowds and then assist existing ground communication systems to provide high-quality communication services. Compared with the ultra-dense small cells, the costs of equipment, manpower, and land can be greatly reduced. |
Keyword |
Unmanned Aerial Vehicle Base Station 5G Intelligent Communications Internet of Things Artificial Intelligence Self-Organizing Network Computer Vision Millimeter Wave (mmWave) Big Data |