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Linear Genetic Programming using a compressed genotype representation  (Make Corrections)  
Johan Parent IR, ETRO Pleinlaan 2 1050 Brussel, BELGIUM



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Abstract: This paper presents a modularization strategy for linear genetic programming (GP) based on a substring compression/substitution scheme. The purpose of this substitution scheme is to protect building blocks and is in other words a form of learning linkage. The compression of the genotype provides both a protection mechanism and a form of genetic code reuse. This paper presents results for synthetic genetic algorithm (GA) reference problems like SEQ and OneMax as well as several standard GP... (Update)

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BibTeX entry:   (Update)

@misc{ ir-linear,
  author = "Johan Parent Ir",
  title = "Linear Genetic Programming using a compressed genotype representation",
  url = "citeseer.ist.psu.edu/741744.html" }
Citations (may not include all citations):
471   Genetic Programming - Koza, Goldberg et al. - 1996
77   Coevolving high-level representations - Angeline, Pollack - 1992
33   The evolutionary induction of subroutines (context) - Angeline, Pollack - 1992
25   Hierarchical selforganization in genetic programming - Rosca, Ballard - 1994
23   Stack-based genetic programming - Perkis - 1994
21   On Crossover as an Evolutionary Viable Strategy (context) - Schaffer, Eshelman - 1991
12   stack-based genetic programming (context) - Stoffel, Spector et al. - 1996
5   Coevolving functions in genetic programming (context) - Ahluwalia, Bull - 2001
4   and repetition in variable-length problems (context) - de Jong, Thierens et al.
3   Modularization by multi-run frequency driven subtree encapsu.. (context) - Howard - 2003
3   Evolving modules in genetic programming by subtree encapsula.. (context) - Roberts, Howard et al. - 2001
2   Effective linear genetic programming - Brameier, Banzhaf - 2001
1   Evolving compression preprocessors with genetic programming - Parent, Nowe - 2002

Documents on the same site (http://parallel.vub.ac.be/~johan/publications.html):   More
Addressing the Even-n-parity problem using Compressed - Linear Genetic Programming   (Correct)
Evolving Compression preprocessors with genetic programming - Johan Parent Pleinlaan (2002)   (Correct)
Compressed Linear Genetic Programming: empirical.. - Even-N-Parity Problem..   (Correct)

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