Some Classes of Multi-Input Automata

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Abstract
The development of automata as control and simulation devices was prompted by problems of control of plants with unknown internal structure, as well as by problems of control and simulation of the economy and of many physiological processes. In describing the class of G-automata with many inputs, Sragovich [1] has cited earlier automata models with many inputs, whose generalization led to the G-type automaton. The various classes of such automata, represent both mathematical and applied interest, in that their analysis should reveal the necessary and/or sufficient conditions for their optimal behavior in various environments, and perhaps will even show which of the classes is “better.”

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