Strategies for Low-Power Design in Reconfigurable Computing for IoT Devices

Abstract

This paper delves into the realm of reconfigurable computing for IoT devices, focusing specifically on strategies aimed at minimizing power consumption. It emphasizes the critical role of energy efficiency in IoT applications and explores various methodologies to achieve low-power design within reconfigurable computing architectures. The discussion encompasses optimization techniques tailored to enhance energy efficiency, supported by case studies that exemplify successful implementations of these strategies. Addressing the unique challenges of low-power design in reconfigurable computing, the paper proposes effective solutions and outlines future directions for advancing energy efficiency in this domain.