… , floating-point representation is more suitable. This paper proposes to adopt a logarithm-approximate
multiplier … , where LAM approximates a floating-point multiplication as a fixed-point …

… This paper proposes an efficient inexact floating-point (FP) multiplier using the idea of a … a
logarithm-approximate FP multiplier, which uses an approximate adder instead of multiplying …

… floating-point counterparts. This article proposes a Posit Logarithm-Approximate Multiplication
(PLAM) scheme to significantly reduce the complexity of posit multipliers, one of the most …

… proposes to adopt logarithmapproximate multiplier (LAM) for … LAM approximates a floating-point
multiplication as an addition … ing engine, floating-point unit, logarithmic multiplier, multiply…

… In this paper, a floating-point logarithmic multiplier (FPLM) is proposed for the complex FP
multiplication with simple arithmetic operations. The evaluation results show that the FPLM …

… in floating-point (FP) multiplication can significantly reduce the hardware complexity of a
multiplier. … Hashimoto, “Logarithm-approximate floating-point multiplier is applicable to power-…

… with PCs typically requires 30 – 40 floating-point bits [22, 20] as … In this work, we propose to
approximate floating-point mul… can reduce the hardware cost of multiplication by a factor of up …

… Abstract—Approximate multipliers provide power and … floating-point multipliers based
on two-dimensional pseudo-Booth encoding: floating-point pseudo-Booth (PB), and floating-point …

… -efficient logarithmic floating-point (FP) multipliers are … and more costly conventional FP
multipliers. Radix-4 logarithms are … Hashimoto, “Logarithmapproximate floating-point multiplier …

… Abstract—The IEEE 754 standard for floating-point (FP) arithmetic is widely used for real …
Instead, the noniterative posit logarithm-approximate multiplier (PLAM) with the same ⟨nb, …