Generator of Graph Models of Computationally-Converter Circuits as a Stream Processors of Virtual Instrument Framework
И. В. Герасимов, A. A. Abdulrab · 2014
General formulation of structural synthesis of streaming processors in the class of computationally- converter circuits based on operational elements with control parameter is presented. Its' decomposition on several private graph tasks: 1) research the problem of the solvability of the general task; 2) research the conditions of construction of a class of minimal computationally-converter circuits with peer s-model; 3) reduction of the derived set of competitive nonreducible structures (N-structures) with the specified rank value; 4) determination of whether the N-structures are isomorphic structures; 5) research the problem of the algorithmic verification of the condition of cyclic connectivity of N-structures (with engagement of apparatus of algebra of structural numbers) - is given. The limitations for creation a class of the minimal (according to the number of using operational elements) computationally-converter circuits with peer model for virtual instruments frameworks (VI-frameworks) are established.