10 pagesA method for estimating the power consumption of an algorithm is presented. The estimation can be performed both from the C program and from the assembly code. It relies on a power model for the targeted processor. Without compilation, several targets can be compared at the C-level in order to rapidly explore the design space. The estimation can be refined afterwards at the assembly level to allow further code optimizations. The power model of the Texas Instrument TMS320C6201 is presented as a case study. Estimations are performed on real-life digital signal processing applications with average errors of 4.2 % at the C-level, and 1.8 % at the assembly level
Abstract. A complete methodology to estimate power consumption at the C-level for on-the-shelf proce...
A complete methodology to estimate power consumption directly at the C-level for on-the-shelf proces...
A complete methodology to estimate power consumption directly at the C-level for on-the-shelf proces...
10 pagesA method for estimating the power consumption of an algorithm is presented. The estimation c...
10 pagesA method for estimating the power consumption of an algorithm is presented. The estimation c...
Abstract. A method for estimating the power consumption of an al-gorithm is presented. The estimatio...
A complete methodology to estimate power consumption at the C-level for on-the-shelf processors is p...
A complete methodology to estimate power consumption at the C-level for on-the-shelf processors is p...
6 pagesA complete methodology to estimate power consumption directly at the C-level for on-the-shelf...
6 pagesA complete methodology to estimate power consumption directly at the C-level for on-the-shelf...
A complete methodology to estimate power consumption at the C-level for on-the-shelf processors is p...
8 pagesA complete methodology to estimate power consumption at the C-level for on-the-shelf processo...
8 pagesA complete methodology to estimate power consumption at the C-level for on-the-shelf processo...
6 pagesA complete methodology to estimate power consumption directly at the C-level for on-the-shelf...
8 pagesA complete methodology to estimate power consumption at the C-level for on-the-shelf processo...
Abstract. A complete methodology to estimate power consumption at the C-level for on-the-shelf proce...
A complete methodology to estimate power consumption directly at the C-level for on-the-shelf proces...
A complete methodology to estimate power consumption directly at the C-level for on-the-shelf proces...
10 pagesA method for estimating the power consumption of an algorithm is presented. The estimation c...
10 pagesA method for estimating the power consumption of an algorithm is presented. The estimation c...
Abstract. A method for estimating the power consumption of an al-gorithm is presented. The estimatio...
A complete methodology to estimate power consumption at the C-level for on-the-shelf processors is p...
A complete methodology to estimate power consumption at the C-level for on-the-shelf processors is p...
6 pagesA complete methodology to estimate power consumption directly at the C-level for on-the-shelf...
6 pagesA complete methodology to estimate power consumption directly at the C-level for on-the-shelf...
A complete methodology to estimate power consumption at the C-level for on-the-shelf processors is p...
8 pagesA complete methodology to estimate power consumption at the C-level for on-the-shelf processo...
8 pagesA complete methodology to estimate power consumption at the C-level for on-the-shelf processo...
6 pagesA complete methodology to estimate power consumption directly at the C-level for on-the-shelf...
8 pagesA complete methodology to estimate power consumption at the C-level for on-the-shelf processo...
Abstract. A complete methodology to estimate power consumption at the C-level for on-the-shelf proce...
A complete methodology to estimate power consumption directly at the C-level for on-the-shelf proces...
A complete methodology to estimate power consumption directly at the C-level for on-the-shelf proces...