Antonio Vaquero Sánchez , M. Iglesias
In this paper the Tapia & Tucher's method for B.E.S. resolution has been applied to the synthesis of memoryless logical networes using a limited collection of functional modules. The synthesis process is carried out by means of interactive two-level decompositions of the function to be synthesized, and solving the corresponding B.E.S. posed in every descomposition with the method above mentioned.
We present a comparative study with others B.E.S. resolution method used earlier in algorithms of synthesis. This method improves highly the synthesis procress because all the solutions are easily generated. Therefore, the computation time and the occupied memory are reduced so that the method allow us to synthesize functions with a larger number of variables.
© 2008-2024 Fundación Dialnet · Todos los derechos reservados