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Power efficiency of embedded systems is a tremendous challenge within the context of platforms with limited power-budget and high computational performance. These conflicting design objectives can be met if both the clock frequency and the supply voltage are dynamically controlled with respect to the ongoing application requirement. As a result, a new trend has appeared in the design of MultiProcessor...
Modern electronic embedded devices have to run more and more quickly while consuming less and less energy. In distributed architectures (MultiProcessor System On Chip for example), the supply voltage and the operating frequency of each processor is usually tuned dynamically to obtain an efficient performance/power consumption trade-offs. Then, to locally adapt efficienctly the parameters of the circuit,...
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