Title :
Integration vs. development: an engineering approach to building Web applications
Author_Institution :
GE India Technol. Centre Pvt. Ltd., Bangalore
Abstract :
The Web as a paradigm of computing has introduced fundamentally new possibilities for creating, driving and achieving differentiation in the business domain. These in turn have resulted in a greater emphasis on reducing the time to market and increased application complexity. Innovative practices such as iterative development and the use of software components for application development have had significant impact, although with mixed results, in practice. In situations where application design and implementation are based upon a novel "core idea" to be developed in a telescoped time frame, the implementation is constrained both by the time factor and the need for integration of third party components and solutions into the application. Furthermore, the proliferation and relative instability of technologies and tools adds another dimension to the problem of determining optimal application architecture. The paper analyzes these issues and explores their important causes and consequences. Some pitfalls of traditional approaches in the development of systems under time constraints and dynamic coupling between evolving requirements and application design are illustrated. Using examples of developmental experiences in projects, a few common points of approach are brought out to understand, adopt and implement a modified process to cater to such practical situations
Keywords :
distributed programming; formal specification; information resources; object-oriented programming; software prototyping; Web application design; application complexity; application design; business domain; developmental experiences; dynamic coupling; engineering approach; evolving requirements; iterative development; optimal application architecture; software components; third party components; time factor; Application software; Cities and towns; Consumer electronics; Internet; Management information systems; Optical design; Process design; Space technology; Time factors; Time to market;
Conference_Titel :
Software Engineering Conference, 2001. Proceedings. 2001 Australian
Conference_Location :
Canberra, ACT
Print_ISBN :
0-7695-1254-2
DOI :
10.1109/ASWEC.2001.948511