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Abstract: As the gap between memory and processor performance continues to grow, it becomes increasingly important to exploit cache memory effectively. One technique used by compiler and linkers to improve the performance of the cache is code reordering. Code reordering optimizations rearrange a program so that sections of the program with temporal locality will be placed next to each other in the final program layout. A number of software approaches to code reordering have been proposed. Their goal is... (Update)
Context of citations to this paper: More
.... previous work There has been a considerable amount of work done on code positioning for improved instruction cache performance [2, 3, 4, 6, 7, 8, 9, 10, 11]. We next discuss some of this work, as it relates to our algorithm. In [9] McFarling proposes a basic block remapping...
.... There has been a considerable amount of work done on code repositioning for improved instruction cache performance [3] 5] 6] 7] [8], 9] 10] In the following section we discuss some of this work, as it relates to our work here. A. Related Work Pettis and Hansen [3]...
Cited by: More
Microarchitectural and Compile-Time Optimizations for.. - Kalamatianos (2000) (Correct)
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BibTeX entry: (Update)
A. Hashemi, D. R. Kaeli, and B. Calder. Procedure Mapping using Static Call Graph Estimation. In Proceedings of the Workshop on Interaction between Compiler and Computer Architecture, February 1997. http://citeseer.ist.psu.edu/article/hashemi97procedure.html More
@misc{ hashemi97procedure,
author = "A. Hashemi and D. Kaeli and B. Calder",
title = "Procedure Mapping using Static Call Graph Estimation",
text = "A. Hashemi, D. R. Kaeli, and B. Calder. Procedure Mapping using Static
Call Graph Estimation. In Proceedings of the Workshop on Interaction between
Compiler and Computer Architecture, February 1997.",
year = "1997",
url = "citeseer.ist.psu.edu/article/hashemi97procedure.html" }
Citations (may not include all citations):625 A Mathematical Theory of Evidence (context) - Shafer - 1976
386 ATOM: A system for building customized program analysis tool.. (context) - Srivastava, Eustace - 1994
241 A study of branch prediction strategies (context) - Smith - 1981
183 Profile guided code positioning (context) - Pettis, Hansen - 1990
156 The multiflow trace scheduling compiler - Lowney, Freudenberger et al. - 1993
115 Program optimization for instruction caches (context) - McFarling - 1989
107 Achieving high instruction cache performance with an optimiz.. (context) - Hwu, Chang - 1989
96 Branch prediction for free - Ball, Larus - 1993
94 Using profile information to assist classic compiler code op.. - Chang, Mahlke et al. - 1991
84 Reducing the cost of branches (context) - McFarling, Hennessy - 1986
79 A generalization of bayesian inference (context) - Dempster - 1968
47 Efficient procedure mapping using cache line coloring - Hashemi, Kaeli et al. - 1996
40 Accurate static estimators for program optimization (context) - Wagner, Maverick et al. - 1994
35 Evidencebased static branch prediction using machine learnin.. - Calder, Grunwald et al. - 1997
33 Superblock formation using static program analysis - Hank, Mahlke et al. - 1993
27 Static branch frequency and program profile analysis - Wu, Larus - 1994
11 Discrete markov analysis of computer programs (context) - Ramamoorthy - 1965
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