supported by the National Natural Science Foundation of China under Grants 92267108,62173322 and 61821005;the Science and Technology Program of Liaoning Province under Grants 2023JH3/10200004 and 2022JH25/10100005.
Non-orthogonal multiple access (NOMA) technology has recently been widely integrated into multi-access edge computing (MEC) to support task offloading in industrial wireless networks (IWNs) with limited radio resource...
为提高下行非正交多址接入-电力线通信(non-orthogonal multiple access&power line communication,NOMA-PLC)系统的吞吐量和用户容纳数,考虑在对数正态衰落的PLC信道上引入NOMA技术,并对其功率分配方法进行研究。所述下行NOMA-PLC系统...
针对NOMA-VLC系统中固定功率分配(Fixed Power Allocation,FPA)方法存在用户间干扰严重问题导致通信可靠性差,迭代注水功率分配(Iterative Water-filling Power Allocation,IWPA)方法存在难以保证用户公平性问题,提出基于信道容量的功...
supported by the Talent Fund of Beijing Jiaotong University(No.2023XKRC028);CCFLenovo Blue Ocean Research Fund and Beijing Natural Science Foundation under Grant(No.L221003).
Vehicular edge computing(VEC)is emerging as a promising solution paradigm to meet the requirements of compute-intensive applications in internet of vehicle(IoV).Non-orthogonal multiple access(NOMA)has advantages in im...