High-Level Power Analysis and Optimization presents a comprehensive description of
power analysis and optimization techniques at the higher (architecture and behavior) levels …

The increasing complexity and software content of embedded systems has led to the
frequent use of system software that helps applications access underlying hardware …

Power analysis early in the design cycle is critical for the design of low power systems. With
the move to system-level specifications and design methodologies, there has been …

We present efficient power estimation techniques for HW/SW System-On-Chip (SOC)
designs. Our techniques are based on concurrent and synchronized execution of multiple …

Focuses on the design and production of integrated circuits specifically designed for a
particular application from original equipment manufacturers. The book outlines silicon and …

Current renewed emphasis for more aggressive logic designs with lesser area, delay, and
power demands exploration of alternative avenues that could lead to better designs, albeit at …

Multiobjective Synthesis of Low-power Real-time Distributed Embedded Systems
Multiobjective Synthesis of Low-power Real-time Distributed Embedded Systems Abstract …

The increasing complexity and software content of embedded systems has led to the
frequent use of system software to help applications access hardware resources easily and …

This paper presents novel techniques for the cycle-accurate power macro-modeling of
complex RTL components. The proposed techniques are based on the observation that RTL …

We present efficient techniques for estimating switching activity and power consumption at
the register-transfer level (RTL), using a combination of macro-modeling for datapath blocks …