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Abstract: In embedded systems, memory is an expensive and sometimes limited resource. In the development of compilers for embedded systems, it is desirable to find optimization techniques that reduce the size of the generated code (code compression). One such technique is procedural abstraction, where repeated occurrences of equivalent code fragments are factored out into new subroutines. Normally this is done at the machine code level. We investigate the prospects of applying procedural abstraction at... (Update)
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BibTeX entry: (Update)
@misc{ nystr-code,
author = "Sven-Olof Nystr{\"o}m and Johan Runeson and Jan Sj{\"o}din",
title = "Code Compression Techniques for Embedded Systems",
url = "citeseer.ist.psu.edu/337596.html" }
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37 Enhanced code compression for embedded RISC processors - Cooper, McIntosh - 1999
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33 Code density optimization for embedded DSP processors using .. - Liao, Devadas et al. - 1995
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26 Compiler techniques for code compression - Debray, Evans et al. - 1999
25 Code compression for embedded systems - Lekatsas, Wolf - 1998
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20 ACM Transactions on Programming Languages and Systems (context) - George, Appel et al. - 1996
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12 Compacting object code via parameterized procedural abstract.. - Zastre - 1995
11 Register allocation across procedure and module boundaries (context) - Santhanam, Odnert - 1990
7 Minimum cost interprocedural register allocation - Kurlander, Fischer - 1996
7 An overview of the Intel IA-64 compiler - Dulong, Krishnaiyer et al. - 1999
2 The Code Compaction Bibliography (context) - Wiel
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