6533b831fe1ef96bd1299798
RESEARCH PRODUCT
Using knowledge of human-generated code to bias the search in program synthesis with grammatical evolution
Dirk SchweimUna-may O'reillyFranz RothlaufErik HembergDominik Sobaniasubject
Scheme (programming language)Structure (mathematical logic)Service (systems architecture)Information retrievalComputer scienceGrammatical evolutionCode (cryptography)Genetic programmingcomputerSoftware metricProgram synthesiscomputer.programming_languagedescription
Recent studies show that program synthesis with GE produces code that has different structure compared to human-generated code, e.g., loops and conditions are hardly used. In this article, we extract knowledge from human-generated code to guide evolutionary search. We use a large code-corpus that was mined from the open software repository service GitHub and measure software metrics and properties describing the code-base. We use this knowledge to guide the search by incorporating a new selection scheme. Our new selection scheme favors programs that are structurally similar to the programs in the GitHub code-base. We find noticeable evidence that software metrics can help in guiding evolutionary search.
year | journal | country | edition | language |
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2021-07-07 | Proceedings of the Genetic and Evolutionary Computation Conference Companion |