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Control vector structure for circuit optimization

机译:用于电路优化的控制矢量结构

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The methodology for the electronic networks optimization was elaborated by means of the optimal control theory approach. In this case the problem of the electronic system design is formulated as a classical problem of functional minimization of the optimal control theory. The minimal time system design algorithm was defined as a controllable dynamic process with an optimal control vector. By this methodology the aim of the system design process with minimal computer time is presented as a transition process of some dynamic system that has the minimal transition time. The optimal position of the control vector switch points was determined as a principal characteristic of the minimal-time algorithm. The Lyapunov function of the optimization process was proposed to define optimal structure of control vector.
机译:通过最佳控制理论方法,详细阐述了电子网络优化的方法。在这种情况下,电子系统设计的问题被表述为最优控制理论的功能最小化的经典问题。最小时间系统设计算法定义为具有最佳控制向量的可控动态过程。通过这种方法,将具有最小计算机时间的系统设计过程的目标呈现为具有最小过渡时间的某些动态系统的过渡过程。控制矢量切换点的最佳位置被确定为最小时间算法的主要特征。提出了优化过程的李雅普诺夫函数来定义控制向量的最优结构。

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