scholar.google.com › citations
This paper proposes an efficient architecture for the design of adder/subtractor for the recently developed universal posit number system.
This paper proposes an efficient architecture for the design of adder/subtractor for the recently developed universal posit number system.
Abstract—This paper proposes an efficient architecture for the design of adder/subtractor for the recently developed universal posit number system.
This paper proposes an efficient architecture for the design of adder/subtractor for the recently developed universal posit number system and is 100% ...
Abstract: This paper proposes an efficient architecture for the design of adder/subtractor for the recently developed universal posit number system. Posits are ...
Abstract—This paper is aimed towards the hardware architec- ture aspect of a recently proposed posit number system under.
In this work, we explore the native use of 64-bit posits in a series of numerical benchmarks and compare their timing performance, accuracy and hardware cost to ...
Abstract—Motivated by the increasing interest in the posit numeric format, in this paper we evaluate the accuracy and efficiency of posit arithmetic in ...
Jun 8, 2024 · , 2021) and FPGAs (Carmichael et al., 2019) provide efficient hardware-level multiplication and addition routines for posits. The training ...