Titlebook: Design Automation Techniques for Approximation Circuits; Verification, Synthe Arun Chandrasekharan,Daniel Gro?e,Rolf Drechsler Book 2019 Sp

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N. V. Varghese,Jinusha Panigrahiower of approximations more effectively. This chapter details an important microprocessor architecture developed for approximate computing. This architecture ProACt can do cross-layer approximations spanning hardware and software. ProACt stands for .. Details on this processor architecture, implemen

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Preliminaries,tant concepts on the post-production test and . (ATPG) are outlined in the next section. This is required for Chap. . on test for approximate computing. A discussion on the different error metrics used in approximate computing forms the last part of this chapter. Approximate computing applications e

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Formal Verification of Approximate Sequential Circuits,ormal property checking (e.g., specification of a liveness property). On the contrary, our approach is fully automated. Furthermore, the case studies provided later in this chapter show that the error analysis of the approximate sequential circuits can lead to a different conclusion altogether, when

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Synthesis Techniques for Approximation Circuits,computing too. However, approximate computing can also improve the efficiency of a circuit in terms of speed and area by relaxing the constraints on computational accuracy. Hence, an approximation synthesis tool is able to provide much better optimization compared to a conventional synthesis tool si

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Conclusions and Outlook,its. Our methodologies are efficient, scalable and significantly advance the current state-of-the-art of the approximate hardware design. We have addressed the important facets of approximate computing—from formal verification and error guarantees to synthesis and test of approximation systems.

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Design Automation Techniques for Approximation CircuitsVerification, Synthe