Abstract :
A cellular structure ("transfer logic"), suitable for implementing sequential networks, is described in this paper. A method is outlined for obtaining, for a given flow table, a transfer logic assignment employing the minimal number of state variables. The method is based on the properties of partitions of the set of internal states.
Keywords :
Assignment, cellular logic, covering table,cut-point array, minimal assigmuent, partition of the set of internal states, sequential network, transfer logic.; Automata; Cellular networks; Logic arrays; Signal design; Assignment, cellular logic, covering table,cut-point array, minimal assigmuent, partition of the set of internal states, sequential network, transfer logic.;
