This paper presents a methodology to estimate the dissipation of energy in hardware, at any level of abstraction, with Powersim. Powersim is a C++ class library aimed to the calculation of energy dissipation of hardware described in SystemC. To this end C++ operators are monitored and a different energy model is used for each data type. Energy models are functions of operator inputs, constant parameters and variables, like supply voltage. The main advantage of this approach is that energy estimation does not require any change in the source code describing the hardware. As application examples, the computational complexity of a JPEG encoder, implemented in a FPGA, and a FIR filter, implemented in a microcontroller, are presented
International audienceWith the emergence of embedded processing systems, the power dissipation of ve...
Abstract. Energy consumption analysis of embedded programs requires the analysis of low-level progra...
13 pagesWe present a method to estimate the power and energy consumption of an algorithm directly fr...
This paper presents a methodology to estimate the dissipation of energy in hardware, at any level of...
The present paper proposes a SystemC class library aimed to the calculation of energy consumption of...
This chapter describes the main features of Powersim, a new framework for power consumption and comp...
International audienceThis paper proposes a method for energy consumption estimation and optimisatio...
We describe an approach to estimate the average power dissipation in sequential logic circuits unde...
Although SystemC is considered the most promising language for system-on-chip functional modeling, i...
International audienceWith the emergence of embedded processing systems, the power dissipation of ve...
National audienceThis paper proposes a method for energy consumption estimation and optimisation on ...
5 pagesWe introduce here a high level power estimation method based on an original functional analys...
Thanks to the wide diffusion of personal communication, computing and entertainment devices, the mar...
Abstract. This paper describes a technique for modeling and estimating the power consumption at the ...
International audienceWith the emergence of embedded processing systems, the power dissipation of ve...
Abstract. Energy consumption analysis of embedded programs requires the analysis of low-level progra...
13 pagesWe present a method to estimate the power and energy consumption of an algorithm directly fr...
This paper presents a methodology to estimate the dissipation of energy in hardware, at any level of...
The present paper proposes a SystemC class library aimed to the calculation of energy consumption of...
This chapter describes the main features of Powersim, a new framework for power consumption and comp...
International audienceThis paper proposes a method for energy consumption estimation and optimisatio...
We describe an approach to estimate the average power dissipation in sequential logic circuits unde...
Although SystemC is considered the most promising language for system-on-chip functional modeling, i...
International audienceWith the emergence of embedded processing systems, the power dissipation of ve...
National audienceThis paper proposes a method for energy consumption estimation and optimisation on ...
5 pagesWe introduce here a high level power estimation method based on an original functional analys...
Thanks to the wide diffusion of personal communication, computing and entertainment devices, the mar...
Abstract. This paper describes a technique for modeling and estimating the power consumption at the ...
International audienceWith the emergence of embedded processing systems, the power dissipation of ve...
Abstract. Energy consumption analysis of embedded programs requires the analysis of low-level progra...
13 pagesWe present a method to estimate the power and energy consumption of an algorithm directly fr...