A Generic Circuit Platform of Covering All Rational Numbers for Determnistic Stochastic Computing in the Time Dimension

The key advantages of stochastic computing (SC) are its simple arithmetic circuits and high tolerance for bit errors. Deterministic SC (DSC) improves SC by using deterministic bitstreams, resulting in accurate results without fluctuation. Recently, a platform that conducts DSC in the time domain has been proposed. This platform enhances the feasibility of DSC and brings it closer to becoming a mainstream computational paradigm. However, its circuit is unable to represent all rational numbers. This work improves the platform by enabling the representation of all rational numbers for computation. Furthermore, it reduces hardware costs and power consumption, paving the way for new SC applications.

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Publication Details

Published
2025-05-25
DOI
https://doi.org/10.1109/iscas56072.2025.11043279
Primary Topic
Error Correcting Code Techniques
Type
article
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article

A Generic Circuit Platform of Covering All Rational Numbers for Determnistic Stochastic Computing in the Time Dimension

Xiangye Wei, Yimao Cai, Liming Xiu, Jun Ma
Error Correcting Code Techniques
article

A Generic Circuit Platform of Covering All Rational Numbers for Determnistic Stochastic Computing in the Time Dimension

Xiangye Wei, Yimao Cai, Liming Xiu, Jun Ma
article en

Abstract

The key advantages of stochastic computing (SC) are its simple arithmetic circuits and high tolerance for bit errors. Deterministic SC (DSC) improves SC by using deterministic bitstreams, resulting in accurate results without fluctuation. Recently, a platform that conducts DSC in the time domain has been proposed. This platform enhances the feasibility of DSC and brings it closer to becoming a mainstream computational paradigm. However, its circuit is unable to represent all rational numbers. This work improves the platform by enabling the representation of all rational numbers for computation. Furthermore, it reduces hardware costs and power consumption, paving the way for new SC applications.

Peking University (CN)
Openalex Percentile: Top 84%
Error Correcting Code Techniques
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