PROJECT TITLE :

Logic Synthesis in Reversible PLA - 2016

ABSTRACT:

Reversible logic are motivated by thought of zero-energy computation. Re-configurability and structural regularity of Programmable Logic Devices caused wide use of it by the logic designers. In this paper, we have a tendency to propose a style algorithm for a PLA (Programmable Logic Array) with a newly designed low cost 3 × three reversible NMG (New Mux Gate) circuit for implementing multi-output ESOP (Exclusive-OR Sum of Product) functions. Additionally, we tend to propose a heuristic to sort and to comprehend the merchandise terms of ESOP functions in order to share the interior sub-product to cut back the amount of gates within the proposed circuit. The proposed algorithms make the planning economical with improvement 9.05% in number of gates, 25.fivep.c in garbage count and fourteen.fivep.c quantum price metric than existing techniques averagely. Performance is also analyzed by using MCNC benchmark circuits.


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