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2020•Unpublished venueRequires access

Further Speedup of a Large Word-Width High-Speed Asynchronous Multiply and Accumulate Unit

Nauman Jalil, Scott C. Smith

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Abstract

This paper further optimizes the previously developed high-speed architecture for asynchronous Multiply and Accumulate (MAC) feedback, resulting in a speedup of 1.36 over the previous fastest 72+32×32 asynchronous MAC in the literature, while also decreasing area by 8%.

About this research paper

What this paper is about

This paper further optimizes the previously developed high-speed architecture for asynchronous Multiply and Accumulate (MAC) feedback, resulting in a speedup of 1.36 over the previous fastest 72+32×32 asynchronous MAC in the literature, while also decreasing area by 8%.

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Available abstract

This paper further optimizes the previously developed high-speed architecture for asynchronous Multiply and Accumulate (MAC) feedback, resulting in a speedup of 1.36 over the previous fastest 72+32×32 asynchronous MAC in the literature, while also decreasing area by 8%.

Key concepts: Speedup, Asynchronous communication, Computer science, Parallel computing, Word (group theory), Computer network, Mathematics, Geometry

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