Methods of determining the parameters of objects management of telecommunication networks

L. Berkman
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Abstract

We consider the problem and methods for determining the parameters of objects management of telecommunication networks. Determined that in modern science and technology, as well as in telecommunications in particular are widely used mathematical models of processes under study. The basic problem of determining the parameters of facilities management, including in particular is the task of the operator stochastic object that describes the relations hip between random input and output variables. This full common carrier, for example, multivariate conditional probability density of the vector output when monitoring the input vector. However, the definition of conditional distribution laws require sophisticated experiment and large volume calculations. Therefore, solving practical problems using conventional torque characteristics: conditional mathematical expectations and correlation functions. On this basis, determine the best deterministic operator in terms of statistical criteria adopted approximating operator system is determined. It is shown that many features with parametric parameters defining managed object has a method of least squares using the theory of sensitivity and studied this method. This method can be applied to objects that based on prior information known structure equations describing their behavior and nominal values.
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电信网络对象管理参数的确定方法
讨论了电信网络对象管理参数确定的问题和方法。确定在现代科学和技术中,特别是在电信中广泛使用正在研究的过程的数学模型。确定设施管理参数的基本问题,特别包括描述随机输入和输出变量之间关系的算子随机对象的任务。这种全共载波,例如,多变量条件概率密度的矢量输出时监测输入矢量。然而,条件分布规律的定义需要复杂的实验和大量的计算。因此,利用常规转矩特性:条件数学期望和相关函数来解决实际问题。在此基础上,确定最优确定性算子,采用统计准则确定近似算子系统。利用灵敏度理论对具有参数参数的多特征进行了最小二乘定义,并对该方法进行了研究。该方法可以应用于基于先验信息的描述其行为和标称值的已知结构方程的对象。
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