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Abstract: Branch prediction is a key mechanism used to achieve high performance on multiple issue, deeply pipelined processors. By predicting the branch outcome at the instruction fetch stage of the pipeline, superscalar processors are better able to exploit Instruction Level Parallelism (ILP) by providing a larger window of instructions. However, when a branch is mispredicted, instructions from the mispredicted path must be discarded. Therefore, branch prediction accuracy is critical to achieve high... (Update)
Context of citations to this paper: More
...branches predict the next indirect branch better. For some individual branches this may be wrong (as suggested by Kalamatianos and Kaeli [81], who dynamically choose a pure indirect or a mixed conditional indirect trace for each branch) but over the whole benchmark suite, this...
...component, leading to an underutilization of the available resources. For detailed simulation results on a tagless PPM predictor see [145]. The simulation results in this thesis will correspond to tagged implementations only. The PPM predictor works as follows. The BIU unit...
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BibTeX entry: (Update)
J. Kalamatianos and D. R. Kaeli. Predicting indirect branches via data compression. In Proceedings of the 31st Annual ACM/IEEE International Symposium on Microarchitecture, pages 272--81, Dec. 1998. http://citeseer.ist.psu.edu/kalamatianos98predicting.html More
@inproceedings{ kalamatianos98predicting,
author = "John Kalamatianos and David R. Kaeli",
title = "Predicting Indirect Branches via Data Compression",
booktitle = "International Symposium on Microarchitecture",
pages = "272-281",
year = "1998",
url = "citeseer.ist.psu.edu/kalamatianos98predicting.html" }
Citations (may not include all citations):1002 Programming Language (context) - Stroustrup - 1991
443 Improving Direct Mapped Cache Performance by the Addition of.. - Jouppi - 1990
386 ATOM : A System for Building Customized Program Analysis too.. (context) - Srivastava, Eustace - 1994
185 Branch Prediction Strategies and Branch Target Buffer Design (context) - Lee, Smith - 1984
148 Data Compression using Adaptive Coding and Partial String Ma.. - Cleary, Witten - 1984
147 Alternative Implementations of Two-Level Adaptive Branch Pre.. - Yeh, Patt - 1992
146 A Comparison of Dynamic Branch Predictors that use Two Level.. - Yeh, Patt - 1993 ACM DBLP
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70 Two-Level Adaptive Training Branch Prediction - Yeh, Patt - 1991 ACM DBLP
66 Quantifying Behavioral Differences between C and C++ program.. - Calder, Grunwald et al. - 1994
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59 Branch History Table Prediction of moving Target Branches du.. (context) - Kaeli, Emma - 1991 ACM DBLP
51 Predicting File System Actions from Prior Events - Kroeger, Long - 1996
40 Accurate Indirect Branch Prediction - Driesen, Holzle - 1998 ACM DBLP
39 Analysis of Branch Prediction via Data Compression - Chen, Coffey et al. - 1996 ACM DBLP
38 Target Prediction for Indirect Jumps - Chang, Hao et al. - 1997
38 Characterizing the Impact of Predicated Execution on Branch .. - Mahlke, Hank - 1994
35 Implementations of context-based value predictors - Sazeides, Smith - 1997
32 Link-Time Optimization of Address Calculation on a 64-bit Ar.. - Srivastava, Wall - 1994 ACM DBLP
30 Interprocedural Conditional Branch Elimination - Bodik, Gupta et al. - 1997 ACM DBLP
16 Branch Effects Reduction Techniques (context) - Uht, Sindagi et al. - 1997
13 Improving the Accuracy of History-based Branch Prediction - Kaeli, Emma - 1997 ACM
8 Limits of Indirect Branch Prediction - Driesen, Holzle - 1997
4 Improving Indirect Branch Prediction with Source- and Arity-.. - Driesen, Holzle - 1998
3 Effectively Exploiting Indirect Jumps - Uh - 1997 ACM DBLP
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