Title :
An empirical study of evaluating software development environment quality
Author :
Miyoshi, Takeshige ; Azuma, Motoei
Author_Institution :
Joint Syst. Dev. Corp., Tokyo, Japan
fDate :
5/1/1993 12:00:00 AM
Abstract :
A study that evaluates new-paradigm-oriented software development environments which have been developed in the five-year formal approach to software environment technology (FASET) project is reviewed. For this study, a software environment evaluation technology based on a software quality evaluation process model defined in ISO/IEC 9126 has been developed. The evaluation technology has been applied to the R&D project at the middle and final phase of development. The evaluation results provide useful information to develop a widely acceptable evaluation technology and to improve the new-paradigm-oriented software development environments that are based on various specification methods: the algebraic specification method, function-oriented specification method, declarative specification method, natural-language-oriented specification method, diagrammatic specification method, state-transition-oriented specification method, and model-based specification method
Keywords :
formal specification; programming environments; software quality; FASET; ISO/IEC 9126; algebraic specification method; declarative specification; diagrammatic specification; function-oriented specification; model-based specification; natural-language-oriented specification; software development environment quality; software quality evaluation process model; specification; state-transition-oriented; Computer industry; Formal specifications; IEC standards; ISO standards; International trade; Programming; Research and development; Software engineering; Software quality; Software tools;
Journal_Title :
Software Engineering, IEEE Transactions on