Title:
An Access based Energy Model for the Datapath and Memory Hierarchy of HPL-PD Microarchitecture in Trimaran Framework (TRIREME)
An Access based Energy Model for the Datapath and Memory Hierarchy of HPL-PD Microarchitecture in Trimaran Framework (TRIREME)
Author(s)
Banakar, Rajeshwari
Ekpanyapong, Mongkol
Puttaswamy, Kiran
Rabbah, Rodric Michel
Balakrishnan, M.
Mooney, Vincent John, III
Palem, Krishna V.
Ekpanyapong, Mongkol
Puttaswamy, Kiran
Rabbah, Rodric Michel
Balakrishnan, M.
Mooney, Vincent John, III
Palem, Krishna V.
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Abstract
In this paper a system level energy model called TRIREME, is presented for HPL-PD microarchitecture which is used in Trimaran Compiler framework studies. The number of accesses for the various computational units are obtained from the trimaran framework, which gives the performance estimates also. We focus on the details of the HPL PD at the microarchitectural level and how the energy models for the processor are constructed. Our system level energy model can be used in Trimaran framework for energy-aware computing, to validate the compiler techniques for the benefits of energy saving due to introduction of a specific compiler optimization.
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Date Issued
2002
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462189 bytes
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Text
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Technical Report