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Energy-Efficient Hybrid Wakeup Logic (2002)  (Make Corrections)  (3 citations)
Michael Huang, Jose Renau, Josep Torrellas
International Sysmposim on Low-Power Electronics and Design



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Abstract: The instruction window is a critical component and a major energy consumer in out-of-order superscalar processors. An important source of energy consumption in the instruction window is the instruction wakeup: a completing instruction broadcasts its result register tag and an associative comparison is performed with all the entries in the window. (Update)

Context of citations to this paper:   More

.... also depends on the optimizations that could already be implemented within the issue queue, for example, the ones suggested in [3] and [8]. 6. Concluding Remarks Traditional comparators used in several datapath artifacts of a modern processor are notoriously energy...

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0.3:   Recovery Mechanism for Latency Misprediction - Morancho, Llaberia, Olive (2001)   (Correct)
0.3:   Front-End Policies for Improved Issue Efficiency in SMT.. - El-Moursy, Albonesi (2003)   (Correct)
0.3:   Select-Free Instruction Scheduling Logic - Brown, Stark (2001)   (Correct)

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3:   EnergyEffective Issue Logic (context) - Folegnani, Gonzalez - 2001
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2:   The SimpleScalar tool set, version 2.0 (context) - Burger, Austin - 1997

BibTeX entry:   (Update)

Huang, M., Renau, J., Torrellas, J., "Energy--Efficient Hybrid Wakeup Logic", in Proc. ISLPED, August 2002. http://citeseer.ist.psu.edu/huang02energyefficient.html   More

@inproceedings{ huang.islped02,
  author = "M. Huang and J. Renau and J. Torrellas",
  title = "{Energy-Efficient Hybrid Wakeup Logic}",
  booktitle = "International Sysmposim on Low-Power Electronics and Design",
  month = "August",
  year = "2002",
  pages = "196--201",
  address = "Monterey, California",
  url = "citeseer.ist.psu.edu/huang02energyefficient.html" }
Citations (may not include all citations):
175   Complexity Effective Superscalar Processors - Palacharla, Jouppi et al. - 1997
136   Superscalar Microprocessor (context) - Yeager - 1996
40   Power and Energy Reduction Via Pipeline Balancing (context) - Bahar, Manne - 2001
33   Energy-Effective Issue Logic (context) - Folegnani, Gonzalez - 2001
29   Instruction Issue Logic in Pipelined Supercomputers - Weiss, Smith - 1984
18   Reducing Power Requirements of Instruction Scheduling Throug.. - Ponomarev, Kucuk et al. - 2001
17   A Low-Complexity Issue Logic (context) - Canal, Gonzalez - 2000
17   A Direct Execution Framework for Fast and Accurate Simulatio.. - Krishnan, Torrellas - 1998
15   Select-Free Instruction Scheduling Logic - Brown, Stark et al. - 2001
12   Optimization of High-Performance Superscalar Architectures f.. (context) - Zyuban, Kogge - 2000
5   Reducing Energy Requirements for Instruction Issue and Dispa.. (context) - Ghose - 2000
4   A High-Speed Dynamic Instruction Scheduling Scheme for Super.. (context) - Goshima, Nishino et al. - 2001
4   Superscalar Execution With Dynamic Data Forwarding - Onder, Gupta - 1998
3   Issue Logic for a 600-MHz Out-ofOrder Execution Microprocess.. (context) - Farrell, Fischer - 1996

Documents on the same site (http://www.ece.rochester.edu/~mihuang/publications.html):   More
A Framework for Dynamic Energy Efficiency and.. - Huang, Renau, Yoo.. (2000)   (Correct)
Cherry: Checkpointed Early Resource Recycling in.. - Martinez, Renau.. (2002)   (Correct)
Profile-Based Energy Reduction for High-Performance Processors - Huang, Renau, Torrellas (2001)   (Correct)

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