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Asynchronous circuits do not have the clock-related issues as in their synchronous counterparts, thereby enabling further design tradeoffs and in-operation adaptive adjustments for energy efficiency. This paper introduces the framework of a parallel delay-insensitive asynchronous platform implementing adaptive dynamic voltage scaling (DVS), which is based on the observation of system fullness and...
Dynamic voltage scaling is a technique for lowering energy consumption in microelectronic systems when the performance required is at times lower than the system's peak capability. This paper proposes a new voltage scaling technique for asynchronous systems which allows fine-grain scaling of supply voltage, i.e. each stage in the pipeline is allowed to scale its voltage independently. Instead of applying...
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