Stochastic computing is a novel approach to real arithmetic, offering better error tolerance and lower hardware costs over the conventional implementations.

Stochastic modules are digital systems that process random bit streams representing real values in the unit interval. Stochastic modules based on finite state ...

Stochastic computing is a novel approach to real arithmetic, offering better error tolerance and lower hardware costs over the conventional implementations.

Stochastic computing is a novel approach to real arithmetic, offering better error tolerance and lower hardware costs over the conventional implementations.

May 12, 2017 · By exploiting sequential stochastic equivalence, MOUSE can reduce SRB circuit cost without compromising performance or accuracy. Keywords.

We propose a general framework for analyzing and designing combinational circuits with correlated inputs, and demonstrate that such circuits can be ...

Computations based on stochastic bit streams have several advantages compared to deterministic binary radix computations, including low power consumption, ...

This paper presents, in a uniform manner and notation, what is known about the relations between the logical and stochastic behavior of stoChastic circuits ...

We present the design of stochastic computing systems based on sequential logic to implement arbitrary polynomial functions. Stochastic computing is an ...

We present a systematic approach to implement arbitrary polynomial functions in stochastic computing using sequential logic, and compare our approach against ...