首页> 外文会议>Proceedings of the 2018 IEEE Conference of Russian Young Researchers in Electrical and Electronic Engineering >Determining location of gateways in two-level data transfer networks in distributed information control systems
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Determining location of gateways in two-level data transfer networks in distributed information control systems

机译:确定分布式信息控制系统中两级数据传输网络中网关的位置

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The paper presents an algorithm to determine the location of two-channel gateways in two-level network to reduce response time of second-level network. To evaluate response time in second-level network with bus topology an integer functions are proposed. The algorithm is based on construction of approximation function by three special points or using the least squares method. It's shown for tree topology that construction of approximation function using three special points must be preceded by finding the numeration order of tree edges such that all edges corresponding to optimal values of the integer functions have adjacent numbers. The paper shows that in order to numerate edges in such a way a special condition based on the Hamiltonian cycle must be satisfied. If the condition is not hold the paper propose sequential procedure consisting of several steps of edges renumbering and local optimal values of approximation functions subset determination.
机译:提出了一种确定二级网络中两通道网关位置的算法,以减少二级网络的响应时间。为了评估具有总线拓扑的二级网络中的响应时间,提出了整数函数。该算法基于通过三个特殊点构造逼近函数或使用最小二乘法。对于树形拓扑显示,在使用三个特殊点构造近似函数之前,必须先找到树边缘的计数顺序,以使与整数函数的最佳值相对应的所有边缘具有相邻数字。论文表明,为了以这种方式对边缘进行编号,必须满足基于哈密顿循环的特殊条件。如果不满足该条件,则本文提出的顺序过程包括边缘重编号和近似函数子集确定的局部最优值的几个步骤。

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