Title :
Project management model for a physically distributed software development environment
Author :
Zanoni, Roberto ; Audy, Jorge Luis Nicolas
Author_Institution :
Graduate Program in Comput. Sci., Rio Grande do Sul Pontifical Catholic Univ., Porto Alegre, Brazil
Abstract :
The objective of this study is to propose a project management model which includes the unified process (UP) and UML language, for e-business software development in a physically distributed environment. The research is a qualitative study, aiming to develop methods and models. The main research method is the case study, according to Yin (1992). Initial results point towards a model, which includes the spiral life cycle type, the development process of object-oriented systems (using UML specification language and the unified process as proposed by RUP), and the incorporation of the procedural approach proposed by PMBOK (2000). The proposed model is divided into 6 phases, where each one of these phases contains a set of associated activities. In the future, the intention is to develop a support software for the model and apply this software into the environment in study. This extremely important study line demonstrates that the business world and business practices in the software development area are moving ahead of existent theories and conceptual models in this area. This study, yet in its initial phases, starts to bring significant results that contribute to meet market expectations nowadays.
Keywords :
distributed programming; electronic commerce; object-oriented programming; project management; software development management; specification languages; UML; ebusiness; object-oriented systems; physically distributed environment; project management; software development; specification language; spiral life cycle; support software; unified process; Application software; Computer science; Costs; Object oriented modeling; Productivity; Programming; Project management; Risk management; Scholarships; Unified modeling language;
Conference_Titel :
System Sciences, 2003. Proceedings of the 36th Annual Hawaii International Conference on
Print_ISBN :
0-7695-1874-5
DOI :
10.1109/HICSS.2003.1174638