Long Term Evolution; coaxial cables; mobility management (mobile radio); railway communication; signal processing; CBTC system; CBTC train ground communication system; Grey Verhulst model; LTE system; RRU; RSRP values; TD-LTE based train-ground communication system; advanced train automatic control system; automation control technology; communication based train control system; communication interrupt; data sequence prediction; free space; handoff decision action; handoff decision algorithm; handoff delay; leaky coaxial cable equipped environment; long latency; ping-pong handoff; radio communication; radio remote units; reference signal receiving power values; time division-long term evolution; Coaxial cables; Handover; Prediction algorithms; Predictive models; Rail transportation;
机译:基于无线网络虚拟化的列车-地面综合通信系统的切换性能改进
机译:下一代战术通信系统的多准则切换决策方案
机译:基于多准则的垂直切换决策算法的系统研究,以最大化网络性能
机译:基于TD-LTE的火车地面通信系统中的一种新型切换决策算法
机译:作者:张莹莹,王玮
机译:基于TD-LTE技术的交通通信系统下行调度新策略
机译:基于虚拟单元布局的战术通信系统中切换决策算法的模糊推理系统*