Power/Energy Estimation and Optimization for Software-Oriented Embedded Systems (2009)
Abstract / truncated to 115 words
The importance of power reduction of embedded systems has continuously increased in the past years. Recently, reducing power dissipation and energy consumption of a program have become optimization goals in their own right, no longer considered a side-effect of traditional performance optimizations which mainly target program execution time and/or program size. Nowadays, there is an increasing demand for developing power-optimizing compilers for embedded systems. This thesis is a step towards such important goal. In this thesis, we develop functional-level power models and investigate several software optimization techniques for embedded-processor systems. As a specific example, we consider the powerful Texas Instruments C6416T DSP processor. We analyze the power consumption contributions of the different functional units of ...
power – energy – DSP – estimation – modeling – embedded systems
Information
- Author
- Ibrahim, Mostafa
- Institution
- Benha High Institute of Technology, Egypt
- Supervisors
- Publication Year
- 2009
- Upload Date
- Feb. 26, 2010
First few pages / click to enlarge
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