基于130nm CMOS ASIC技术的半精度浮点乘法器IP核

Cuauhtémoc R. Aguilera-Galicia, Omar Lonuoria-Gandara, L. Pizano-Escalante
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引用次数: 2

摘要

物联网应用需要低功耗、可重复使用的模块化设计。此外,许多新兴应用,如使用机器学习的图像识别,都是低精度容忍度的。对于这些应用,IEEE-754半精度算法正在成为低功耗、低计算成本设计的相关选择。本文提出了一种半精度浮点乘法器。它是在130纳米CMOS ASIC技术上实现的。所提出的乘子IP核具有低功耗,小硅面积,其精度符合IEEE-754标准。
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Half-Precision Floating-Point Multiplier IP Core Based on 130 Nm CMOS ASIC Technology
Internet of things applications demand reusable modular designs with low-power consumption. Furthermore, many emerging applications, such as image recognition using machine learning, are low-accuracy tolerant. For these applications, the IEEE-754 half-precision arithmetic is becoming a relevant option for low-power, low-computational cost designs. This article presents a half-precision floating-point multiplier. It is implemented on 130 nm CMOS ASIC technology. The proposed multiplier IP core exhibits low-power consumption, small silicon area, and its accuracy is IEEE-754 compliant.
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