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This paper presents an energy-efficient approximate floating-point (FP) multiplier for 5G wireless communication systems. Taking into account the data ...
This paper presents an energy-efficient approximate floating-point (FP) multiplier for 5G wireless communication systems. Taking into account the data.
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Dec 12, 2024 · In this paper a novel low-power approximate floating-point multiplier is presented. Since the mantissa computation is responsible for the ...
In this paper, we propose a novel approximate floating point multiplier, called CFPU, which significantly reduces energy and improves performance of ...
In addition, for the same level of accuracy, the CFPU provides 2.4× energy-delay product improvement compared to state of-the-art approximate multipliers.
The approximate communication designs show a huge improvement in energy-efficient NoCs while maintaining low application error.
An accuracy-configurable approximate floating-point (FP) multiplier is proposed to improve hardware consumption for approximate computing applications and ...
Comparing our approach with other state-of-the-art approximate multipliers shows that RMAC can achieve 3.1x faster and 1.8x more energy efficient computations ...
Nov 17, 2024 · The recursive multipliers utilize a combination of NOR, AND, Half Adder, and. Full Adder gates to achieve low power and area-efficient designs.
Sep 22, 2022 · In this paper a novel low-power approximate floating-point multiplier is presented. Since the mantissa computation is responsible for the largest part of the ...
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