Authors: Vandana Negi, Lucky Rathore
Abstract: The proliferation of embedded systems in modern applications demands the design of energy-efficient solutions to extend battery life and improve system sustainability. Low-power design techniques play a critical role in optimizing the performance and power consumption of embedded devices. This paper explores various strategies for low-power design, including hardware-level optimizations, power-aware software methodologies, and system-level strategies. The effectiveness of these techniques is demonstrated through practical implementations and case studies, emphasizing the importance of holistic approaches to power optimization.
Keywords: Low power design, embedded systems, energy efficiency, power-aware software, hardware optimization, dynamic voltage scaling, sleep modes.
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