Parallel Decomposition in Logic Synthesis
Krzysztof Jasinski, Tadeusz Łuba, Jerzy Kalinowski
Abstract
Krzysztof Jasinski, Tadeusz Łuba, Jerzy Kalinowski
Abstract
In this paper a new approach to logic synthesis in VLSI design, based on parallel decomposition, is proposed. The idea is to use an effective method for multiple-output function reduction to select a decomposition that yields minimal silicon area in the final implementation. Experimental results and assessment of this synthesis method are provided.
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In this paper a new approach to logic synthesis in VLSI design, based on parallel decomposition, is proposed. The idea is to use an effective method for multiple-output function reduction to select a decomposition that yields minimal silicon area in the final implementation. Experimental results and assessment of this synthesis method are provided.
Key concepts: Decomposition, Logic synthesis, Computer science, Very-large-scale integration, Functional decomposition, Logic optimization, Reduction (mathematics), Logic gate