You are in:Home/Publications/Mostafa E. A. Ibrahim, Markus Rupp, and S. E.-D. Habib. Compiler-Based Optimizations Impact on Embedded Software Power Consumption. IEEE NEWCAS-TAISA’09, Pages 247- 250, Toulouse, France, June 2009.

Dr. Mostafa Elsayed Ahmed Ibrahim :: Publications:

Title:
Mostafa E. A. Ibrahim, Markus Rupp, and S. E.-D. Habib. Compiler-Based Optimizations Impact on Embedded Software Power Consumption. IEEE NEWCAS-TAISA’09, Pages 247- 250, Toulouse, France, June 2009.
Authors: Mostafa E. A. Ibrahim, Markus Rupp, and S. E.-D. Habib
Year: 2009
Keywords: Not Available
Journal: IEEE NEWCAS-TAISA’09,
Volume: 2009
Issue: Not Available
Pages: 247- 250
Publisher: IEEE
Local/International: International
Paper Link:
Full paper Not Available
Supplementary materials Not Available
Abstract:

Compilers traditionally are not exposed to the energy details of the processor. In this paper, we present a quantitative study wherein we examine the influence of the global performance optimizations -o0 to -o3, of the code composer studio C/C++ compiler, on the energy and power consumption. The results show that the most aggressive performance optimization option -o3 reduce the execution time, on average, by 95%, while it increases the power consumption by 25%. Moreover, we inspect the optimizations effect on some other execution characteristics, such as the memory references and the data cache miss rate. The results show that the memory references decreases by 94%, while the IPC increases by 250% and consequently lead to the consumed power increase.

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