This paper reports the development of a novel and effective approach in AC/MTDC (Multi terminal DC) power system state estimation, called improved sequential method.
综合分析了近些年来关于多端交直流系统（AC/MT DC）状态估计的算法，并提出了一种AC/MTDC状态估计分析的新算法———改进交替求解法。
GPS timing technique is used to realize remote multi -terminal synchronized sampling thereby enhancing the reliability of longitudinal difference protection of current.
通过引入GPS定时技术解决了远距离多端同步采样问题，从而使电流纵差保护具有更高的可靠性。
In this model, the high frequency capacitive PT/CT model and the multi-terminal network model for grounding system are included using rational functions by means of vector fit-ting based on test data.
在这个整体模型中，用有理函数建立了用于计算容性传导耦合的PT/CT的高频模型和用于计算阻性传导耦合的多端口地网模型。这些模型是基于实测数据采用矢量匹配法建立的。
Power allocation for tri-terminal cooperative communication was discussed to predict the power allocation and channel capacity for cooperative multi-terminal when the channel gains are fixed.
针对多协作用户的功率分配及其信道容量问题，讨论了在三个协作用户的通信模型中，当信道增益固定情况下的功率分配。
Power allocation for tri-terminal cooperative communication was discussed to predict the power allocation and channel capacity for cooperative multi-terminal when the channel gains are fixed.
针对多协作用户的功率分配及其信道容量问题，讨论了在三个协作用户的通信模型中，当信道增益固定情况下的功率分配。
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