Power dissipation due to the steering logic, that is, the multiplexer network and the interconnect, can usually account for a significant fraction of the total power budget. In this work, we present RTL power models for these two types of architectural elements. The multiplexer model leverages existing scalable models, and can be used for special complex types with re-configurable numbers of data bits and ways. The interconnect model is obtained by empirically relating capacitance to circuit area, that is either estimated by means of statistical models or extracted from back-annotation information available at the gate level
We present a new approach to the power modeling of functional modules, referred to as the backward p...
Abstract—In this paper, we propose a robust register-transfer level (RTL) power modeling methodology...
[[abstract]]We summarize the experience of estimating the average power dissipation of a security pr...
Power dissipation due to the steering logic, that is, the multiplexer network and the interconnect, ...
We propose a hybrid power model for estimating the power dissipation of a design at the RT-level. Th...
[[abstract]]We propose a hybrid power model for estimating the power dissipation of a design at the ...
We extend earlier work on high-level average power estimation to include the power due to interconne...
ABSTRACT We extend earlier work on high-level average power estimation to include the power due to i...
The increased complexity and low-power requirements of integrated circuit design demands reliable an...
This paper presents novel techniques for the cycle-accurate power macro-modeling of complex RTL comp...
[[abstract]]Power estimation at the register transfer level (RTL) often suffers from inadequate accu...
Power estimation at the Register-Transfer level is usually narrowed down to the problem of building ...
We present techniques for estimating switching activity and power consumption in register-transfer l...
Register-transfer level (RTL) power estimation is a key feature for synthesis-based design flows. Th...
International audiencePower consumption constitutes a major challenge for electronics circuits. One ...
We present a new approach to the power modeling of functional modules, referred to as the backward p...
Abstract—In this paper, we propose a robust register-transfer level (RTL) power modeling methodology...
[[abstract]]We summarize the experience of estimating the average power dissipation of a security pr...
Power dissipation due to the steering logic, that is, the multiplexer network and the interconnect, ...
We propose a hybrid power model for estimating the power dissipation of a design at the RT-level. Th...
[[abstract]]We propose a hybrid power model for estimating the power dissipation of a design at the ...
We extend earlier work on high-level average power estimation to include the power due to interconne...
ABSTRACT We extend earlier work on high-level average power estimation to include the power due to i...
The increased complexity and low-power requirements of integrated circuit design demands reliable an...
This paper presents novel techniques for the cycle-accurate power macro-modeling of complex RTL comp...
[[abstract]]Power estimation at the register transfer level (RTL) often suffers from inadequate accu...
Power estimation at the Register-Transfer level is usually narrowed down to the problem of building ...
We present techniques for estimating switching activity and power consumption in register-transfer l...
Register-transfer level (RTL) power estimation is a key feature for synthesis-based design flows. Th...
International audiencePower consumption constitutes a major challenge for electronics circuits. One ...
We present a new approach to the power modeling of functional modules, referred to as the backward p...
Abstract—In this paper, we propose a robust register-transfer level (RTL) power modeling methodology...
[[abstract]]We summarize the experience of estimating the average power dissipation of a security pr...