Special Session 14. Energy and Radio Resource Modeling and Optimization for Air-Ground Integrated Network with Dual Power Supply

Submit via easychair and select Special Session 14

  • The integration power supply of renewable energy and traditional grid for air-ground integrated network is the main direction for the green and sustainable development of future information service networks. It is an important research topic on the utilization of renewable energy. This research topic has always received strong attention and support from academia, industry, and government departments. Not only does it play an important role in promoting energy efficiency management and achieving the dual carbon goals of future 6G networks, but it also has better development for the utilization and control of renewable energy.

    Prospective authors are invited to submit research papers in the following areas, but not limited to:
    • Integrated Sensing and Communication (ISAC)
    • Space-Air-Ground Integrated Networks (SAGIN)
    • Radio resource management for air-ground integrated network
    • Energy resource management for air-ground integrated network with dual power supply
    • Large-scale energy storage systems and energy sharing
    • Coupling technology between the power supply side and air-ground integrated network side
    • Dual power supply technology of traditional grid and renewable energy for SAGIN
    • mWave UAV communications
    • UAV power supply technology
    • Base station power supply technology
    • UAV trajectory design for charging
    • Optimization algorithm design with deep reinforcement learning
    • Energy utilization efficiency and green communication
    • High-frequency-link power conversion systems