Recent research has shown that the combination of dynamic voltage scaling (DVS) and
adaptive body biasing (ABB) yields high energy reductions in embedded systems …

Recent research has shown that combining dynamic voltage scaling (DVS) and adaptive
body bias (ABB) techniques achieve the highest reduction in embedded systems energy …

Power constrains are becoming increasingly important for embedded systems, especially
when considering mobile applications. These systems are characterized by the presence of …

In this paper, we present a power management technique targeted towards high-level
synthesis of data-dominated behavioral descriptions. Our method is founded on the …

Power management is an integral part of almost every new system design. It enables to
keep the power under constrains, implementing such power-reduction techniques as power …

The optimization of power consumption at a very high design level is a critical step towards a
power-efficient digital system design. The increasing usage of battery-powered and often …

This paper presents an integrated methodology and a tool for system-level low
power/energy co-synthesis for real-time embedded systems. Voltage scheduling (VS) is …

Low-power embedded system design has become extremely important in the most recent
years. To fulfill system-level design requirements and time-to-market constraints, a power …

This paper presents an integrated approach to hardware software co-synthesis and HLS for
design of low-power embedded systems. The main motivation for this work is that fine trade …

Dynamic voltage scaling (DVS) reduces the power consumption of processors when peak
performance is unnecessary. However, the achievable power savings by DVS alone is …