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Information & Software Technology. 01/2007; 49:493-514.
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11th Asia-Pacific Software Engineering Conference (APSEC 2004), 30 November - 3 December 2004, Busan, Korea; 01/2004
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ABSTRACT: In process programming, processes are modeled as pieces of software, and a process programming language is used to specify the process. Such a language resembles a conventional programming language, providing constructs such as iteration and selection. This approach allows models to be simulated and enacted easily. However, it also suffers from the same problems that plague traditional programming, such as the question of whether the program itself is semantically correct or contains errors. We present an automated approach for detecting errors in such process models. Our approach is based on static code analysis techniques. We have developed a tool to analyze processes modeled using PML and have subsequently successfully redesigned models using our tool.
09/2003;
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ABSTRACT: We conducted an experiment attempting to compare XP with a traditional approach to student software engineering projects. We tasked two groups of student teams with producing a simple room reservation system, one group following a traditional development process, the other using XP. We observed little actual difference between the products delivered by either process. However, in our opinion this is due to certain deficiencies in the way XP was realized in this instance, rather than fundamental flaws in the process itself.
05/2003;
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Extreme Programming and Agile Processes in Software Engineering, 4th International Conference, XP 2003, Genova, Italy, May 25-29, 2003 Proceedings; 01/2003
