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Completeness, consistency, and correctness are the main features of a software application. When you start to think about such features from the very beginning of the software project, things can go well in the rest of the process. This is the accomplished promise of the up-to-date version of the UNC-Method. From the controlled-language-based artifacts, the UNC-Method offers a plethora of modeling products, constantly refined for resembling the best possible approach to the software application. At the end, the source code arises as a natural consequence of the step-by-step process followed by…mehr

Produktbeschreibung
Completeness, consistency, and correctness are the main features of a software application. When you start to think about such features from the very beginning of the software project, things can go well in the rest of the process. This is the accomplished promise of the up-to-date version of the UNC-Method. From the controlled-language-based artifacts, the UNC-Method offers a plethora of modeling products, constantly refined for resembling the best possible approach to the software application. At the end, the source code arises as a natural consequence of the step-by-step process followed by the practitioners of the current, up-to-date version of the UNC-Method. Even if you are a professor, a researcher, a student, or a software engineering professional, you will discover, by reading and practicing this book, a new way to develop complete, consistent, and correct software applications.
Autorenporträt
Es Profesor Asociado de la Escuela de Sistemas, Facultad de Minas, Universidad Nacional de Colombia. Es Especialista en Gerencia de Sistemas Informáticos, M.Sc. en Ingeniería de Sistemas y Ph.D. en Ingeniería. Sus áreas de interés son: Ingeniería de Requisitos, Lingüística Computacional y Estrategias Didácticas para la Enseñanza.