Alexander Zemliak, Evgeny Machussky



Comparison of Different Strategies for Analog Circuit Optimization

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The problem of designing of analog network for a minimal computer time has been formulated as the functional minimization problem of the control theory. The design process in this case is formulated as the controllable dynamic system. The optimal sequence of the control vector switch points was determined as a principal characteristic of the minimal-time system design algorithm. The conception of the Lyapunov function was proposed to analyze the behavior of the process of designing. The special function that is a combination of the Lyapunov function and its time derivative was proposed to predict the design time of any strategy by means of the analysis of initial time interval of the process of network optimization. The parallel computing serves to compare the different strategies of optimization in real time and to select the best strategy that has the minimal computer time. This approach gives us the possibility to select the quasi optimal strategy of network optimization by analyzing the initial part of the total design process only.



Minimal-time system designing, control theory application, network optimization, Lyapunov function, parallel computing



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Cite this paper

Alexander Zemliak, Evgeny Machussky. (2017) Comparison of Different Strategies for Analog Circuit Optimization. International Journal of Circuits and Electronics, 2, 50-57


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