Low Power Light-weight Embedded Systems

M. Sarrafzadeh, F. Dabiri, R. Jafari, T. Massey, A. Nahapetian
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引用次数: 20

Abstract

Light-weight embedded systems are now gaining more popularity due to the recent technological advances in fabrication that have resulted in more powerful tiny processors with greater communication capabilities that pose various scientific challenges for researchers. Perhaps the most significant challenge is the energy consumption concern and reliability, mainly due to the small size of batteries. In this tutorial, we portray a brief description of low-power, light-weight embedded systems, depict several power profiling studies previously conducted, and present several research challenges that require low-power consumption in embedded systems. For each challenge, we highlight how low-power designs may enhance the overall performance of the system. Finally, we present a several techniques that minimize the power consumption in such systems
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低功耗轻量级嵌入式系统
由于最近在制造方面的技术进步,轻量级嵌入式系统现在越来越受欢迎,这些技术进步导致更强大的微型处理器具有更大的通信能力,这给研究人员带来了各种科学挑战。也许最大的挑战是能源消耗问题和可靠性,主要是由于电池的小尺寸。在本教程中,我们简要描述了低功耗、轻量级嵌入式系统,描述了以前进行的一些功耗分析研究,并提出了嵌入式系统中需要低功耗的几个研究挑战。对于每个挑战,我们都强调了低功耗设计如何提高系统的整体性能。最后,我们提出了一些在这种系统中最小化功耗的技术
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