Experimental results show that we can significantly reduce power consumption while keeping an error rate lower than state-of-the-art approximate multipliers.
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Feb 7, 2024 · In this paper, we explore how the input-aware approximate design approach can become part of a systematic, generic, and automatic design flow by ...
Gate sizing is one of the most important techniques for circuit optimization. Over the years, Elmore delay model (EDM) has been the predominant timing model ...
Bosio, "Input-aware accuracy characterization for approximate circuits", in 2023 53rd Annual IEEE/IFIP International Conference on Dependable Systems and ...
In particular, by characterizing the input pattern distribution, we can design an approximate version of a given circuit exploiting the fact that some inputs ...
Approximate computing reduces accuracy but still provides significant and faster results with lower power consumption. This is attractive to arithmetic circuits ...
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Input-aware accuracy characterization for approximate circuits. A Piri, S Pappalardo, S Barone, M Barbareschi, B Deveautour, M Traiola, ... 2023 53rd Annual ...
Input-aware accuracy characterization for approximate circuits / Piri, Ali; Pappalardo, Salvatore; Barone, Salvatore; Barbareschi, Mario; Deveautour, ...
Abstract—A wide range of applications significantly benefit from the Approximate Computing (AC) paradigm in terms of speed or power reduction.