Dynamically scaling the supply voltage (V DD) and the threshold voltage (V TH) is one of the
most effective approaches for reducing the energy consumption of processors. However …

In the quest of operating a circuit at its minimum energy, both of the design-time and run-time
optimizations are being employed aggressively in mobile devices today. This paper …

Scaling the supply voltage (V DD) and threshold voltage (V TH) for minimizing the energy
consumption of processors dynamically is highly desired for applications such as wireless …

This paper proposes an area-and energy-efficient DLL-based body bias generator (BBG) for
minimum energy operation that controls p-well and n-well bias independently so that the …

This paper refers to the optimal voltage pair, which minimizes the energy consumption of LSI
circuits under a target delay constraint, as a Minimum Energy Point (MEP). This paper …

This paper proposes a method for minimizing leakage energy consumption under a specific
supply voltage and a delay constraint by independently tuning threshold voltages of …

With advancements in computing and communication technologies on mobile devices, the
performance requirements of embedded processors have significantly increased, resulting …

This paper refers to an optimal pair of the supply and the threshold voltages, which
minimizes the energy consumption under the given delay constraint, as a minimum energy …

Scaling supply voltage (V DD) and threshold voltage (V th) dynamically has a strong impact
on energy efficiency of CMOS LSI circuits. Techniques for optimizing V DD and V th …

This paper proposes a runtime voltage-scaling method that optimizes the supply voltage (V
dd) and the threshold voltage (V th) under a given delay constraint. This paper refers to the …