This paper is concerned with the demonstration of an analogy between classical electrical circuits and computer systems with executing programs. The analogy is based on a Markov process framework for the mathematical formulation. The transition weights represent a set of measure one although they are not necessarily probabilities in the stochastic sense. Examples are included to show the analog...

Analog circuits are of great importance in electronic system design. Analog circuit design consists of circuit topology design and component values design. These two aspects are both essential to computer aided analog circuit evolving. However, Traditional GA is not very efficient in evolving circuit component’s values. This paper proposed a hybrid algorithm HME-GA (GA with hypermutation and el...

In order to design high performance circuits, the relationship between circuit performance and design parameters must be precisely established. Previously, experimental design techniques have been employed for performance modeling of MOS VLSI devices and circuits. In this paper we describe a new computer-aided methodology for characterizing a family of electrical circuits. This methodology is b...

In order to accurately analyze the dynamic characteristics of the vacuum circuit breaker, a dual-core master-slave processor structure for online monitoring system based on DSP and ARM is proposed. This structure consists of host computer, lower computer and signal processing modules. The lower computer uses DSP as the core, which completes acquisition and data preprocessing of circuit breaker’...

The objective of this study aims at using the Matlab-Simulink environment and LabVIEW software to build computer models a six-dimensional (6D) chaotic dynamic system. For fixed system’s parameters, spectrum Lyapunov exponents Kaplan-York dimension are calculated. presence two positive demonstrates hyperchaotic behavior fractional indicates fractal structure strange attractors. An active control...