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Integration of Slicing Methods into a Cultural Algorithm in Order to Assist in Large-Scale Engineering Systems Design

机译:将切片方法集成到文化算法中,以协助大规模工程系统设计

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Programmers often employ knowledge-based heuristic approaches in the application of solving programming problems. Program slicing is one tool used to acquire such knowledge within the area of Software Engineering to support the debugging, testing, maintenance and understanding of programs. Program slicing is the determination of the set of all the statements in a program that directly of indirectly affects the value of a variable occurrence. Genetic Programming is the process of using evolutionary techniques to identify information that can be used to identify the location of problems in program code. We believe that within a Cultural Algorithm framework, a testing analysis agent can be implemented utilizing slicing techniques in order to produce more accurate program metrics..
机译:程序员通常采用基于知识的启发式方法来解决解决方案问题。程序切片是一个工具,用于在软件工程领域内获得这些知识,以支持对程序的调试,测试,维护和理解。程序切片是确定程序中的所有语句的集合,即直接影响可变发生的值。基因编程是使用进化技术来识别可用于识别程序代码中问题位置的信息的过程。我们认为,在文化算法框架内,可以利用切片技术来实现测试分析代理,以便产生更准确的程序度量。

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