ID 原文 译文
52077 为提高智能变电站通信网络的运维水平，文章提出了一种基于分块矩阵的报文传输路径查找算法。 In order to improve the operation and maintenance level of smart substation communication network, a packet forwarding path search algorithm based on block matrix is proposed, which solves the disadvantages of the matrix large computation and slow computation speed.
52078 为了把智能变电站通信网络静态配置信息抽象为数学模型，建立了物理网络拓扑矩阵模型和逻辑网络拓扑矩阵模型， The physical network topology matrix model and logical network topology matrix model are established.
52079 并构建了两者之间的映射关系，给出了报文路径查找算法的流程。 The mapping relationship is constructed to give the flow of message path finding algorithm.
52080 针对矩阵法分析网络拓扑计算量大的问题，文章提出以分块矩阵技术为主，稀疏矩阵与对称矩阵技术辅助优化的算法。 In order to solve the problem of large amount of computation in network topology analysis by matrix method, this paper presents an optimization algorithm based on block matrix technology and assisted by sparse matrix and symmetric matrix technology.
52081 采用遗传算法将网络矩阵模型分为对应的多个子矩阵，采用稀疏矩阵和对称矩阵技术处理子矩阵。 The network matrix model is divided into several sub-matrices by genetic algorithm, and the sub-matrices are processed by sparse matrix and symmetric matrix technology.
52082 通过对实际智能变电站的网络分析，与邻接算法相比，此算法不仅可以查找报文的转发路径，而且计算速度快占用内存空间少。 Through the network analysis of substation, this algorithm can not only find the forwarding path of the message, but also take up less memory space and faster calculation speed.
52083 针对相控阵雷达带宽的扩展，文章提出了一种基于多路啁啾微波脉冲(CMP)信号产生及延时控制的新型波束成形系统。 In order to improve the bandwidth of the modern phased array radar, a novel beamforming system based on paralleled Chirped Microwave Pulse(CMP) generators is proposed in this paper.
52084 该系统由多个平行的具有二阶相位特性的微波光子滤波器(MPF)构成，且MPF均通过非均匀抽头延时重构获得。 In each path, a Microwave Photonic Filters(MPF) with a quadratic phase response is configured, which are equivalently realized by using nonuniformly spaced taps.
52085 通过将超宽带信号输入该多路MPF系统，即可产生多路CMP信号并输入各个阵列天线阵子， The CMPs can be generated by applying an Ultra-Wideband signal to the paralleled MPFs.
52086 借助于光纤色散，通过调谐MPF重构所需要的光载波波长即可实现脉冲信号的延时控制，从而实现信号的波束成形。 By tuning the wavelengths of optical carriers in the paths, the group delays of the signals can be tuned depend on the fiber dispersion, realizing squint-free beamforming for the CMP.