A stochastic process generator based on a chain of modulo-two adders with asynchronous feedback loops is investigated. The generator dynamics is described by the Erlang equations. A mathematical model of the generated stochastic process is proposed. The implementation of the generator using modern electronic devices is considered. © 2008 MAIK Nauka
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In this paper the problem of automaton transformation of a discrete random process into the discrete...
We discuss a new model for the analysis and simulation of stochastic systems which we call stochasti...
A stochastic process generator based on a chain of modulo-two adders with asynchronous feedback loop...
Stochastic processes of the pseudorandom functional control of dicorete devices of computer engineer...
International audienceMethod for evaluating economic efficiency of technical systems using discrete ...
The proposed universal digital simulators of random processes based on their Markov models are consi...
We discuss a new model for the analysis and simulation of stochastic systems which we call stochasti...
International audienceThe paper proposes a modeling framework to support Monte Carlo simulations of ...
The universal digital simulator of a random signal with the required three-dimensional probability d...
The master’s thesis solves models of queueing systems, which use the property of Markov chains. The ...
Abstract. Stochastic differential equations(SDEs), arise from physical systems that possess inherent...
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This paper studies the input design problem for system identification where time domain constraints ...
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In this paper the problem of automaton transformation of a discrete random process into the discrete...
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