GRAT: Groupware supported requirements analysis tool / Veleswaran Nallaiah

This research provides an environment for requirements analysis process to be conducted utilizing the Internet without jeopardizing on the collaborative involvement of the stakeholders. The result of the research was a web-based groupware supported requirements analysis tool, named Groupware Support...

Full description

Bibliographic Details
Main Author: Veleswaran, Nallaiah
Format: Thesis
Published: 2004
Subjects:
Online Access:http://studentsrepo.um.edu.my/10731/
http://studentsrepo.um.edu.my/10731/1/Veleswaran_Nallaiah_%E2%80%93_Dissertation.pdf
_version_ 1848774215077986304
author Veleswaran, Nallaiah
author_facet Veleswaran, Nallaiah
author_sort Veleswaran, Nallaiah
building UM Research Repository
collection Online Access
description This research provides an environment for requirements analysis process to be conducted utilizing the Internet without jeopardizing on the collaborative involvement of the stakeholders. The result of the research was a web-based groupware supported requirements analysis tool, named Groupware Supported Requirements Analysis Tool or GRAT for short. GRAT supports the requirements analysis stage in a typical Software Development LifeCycle (SDLC) to review on what the proposed system will do and how it will fit into the target environment. The major activity of this stage is to review and confirm the documents that define the system, called the Functional Requirement Document or FRD. Being web-based, the constraint on time and space is very much reduced if not eliminated. In pursuit to reaching the objective, literature review was carried out focusing on requirements analysis methods and the tools that support the respective methodologies. Along the way, a very modular requirements analysis methodology was chosen to be used as the framework for the requirements analysis tool. This requirements analysis methodology was introduced by Ian Sommerville and has been the de facto standard in the commercial software development industry. The analysis and the design for GRAT were based on the object-oriented paradigm with the use of use-case diagrams, class diagrams and interaction diagrams. The implementation was carried out using Lotus Notes/Domino Release 5 as the back end and Microsoft Internet Explorer version 5 and above for the front end. The system was tested by two different groups of students who use the tool to cater for their class project and assignment. The result of the testing was captured through a number of questionnaires needed to be answered by the participants. The result were analyzed in order to understand the useful features of GRAT and to identify the areas for GRAT is to be improved or further developed in future.
first_indexed 2025-11-14T13:54:45Z
format Thesis
id um-10731
institution University Malaya
institution_category Local University
last_indexed 2025-11-14T13:54:45Z
publishDate 2004
recordtype eprints
repository_type Digital Repository
spelling um-107312020-08-17T00:14:08Z GRAT: Groupware supported requirements analysis tool / Veleswaran Nallaiah Veleswaran, Nallaiah QA75 Electronic computers. Computer science This research provides an environment for requirements analysis process to be conducted utilizing the Internet without jeopardizing on the collaborative involvement of the stakeholders. The result of the research was a web-based groupware supported requirements analysis tool, named Groupware Supported Requirements Analysis Tool or GRAT for short. GRAT supports the requirements analysis stage in a typical Software Development LifeCycle (SDLC) to review on what the proposed system will do and how it will fit into the target environment. The major activity of this stage is to review and confirm the documents that define the system, called the Functional Requirement Document or FRD. Being web-based, the constraint on time and space is very much reduced if not eliminated. In pursuit to reaching the objective, literature review was carried out focusing on requirements analysis methods and the tools that support the respective methodologies. Along the way, a very modular requirements analysis methodology was chosen to be used as the framework for the requirements analysis tool. This requirements analysis methodology was introduced by Ian Sommerville and has been the de facto standard in the commercial software development industry. The analysis and the design for GRAT were based on the object-oriented paradigm with the use of use-case diagrams, class diagrams and interaction diagrams. The implementation was carried out using Lotus Notes/Domino Release 5 as the back end and Microsoft Internet Explorer version 5 and above for the front end. The system was tested by two different groups of students who use the tool to cater for their class project and assignment. The result of the testing was captured through a number of questionnaires needed to be answered by the participants. The result were analyzed in order to understand the useful features of GRAT and to identify the areas for GRAT is to be improved or further developed in future. 2004 Thesis NonPeerReviewed application/pdf http://studentsrepo.um.edu.my/10731/1/Veleswaran_Nallaiah_%E2%80%93_Dissertation.pdf Veleswaran, Nallaiah (2004) GRAT: Groupware supported requirements analysis tool / Veleswaran Nallaiah. Masters thesis, University of Malaya. http://studentsrepo.um.edu.my/10731/
spellingShingle QA75 Electronic computers. Computer science
Veleswaran, Nallaiah
GRAT: Groupware supported requirements analysis tool / Veleswaran Nallaiah
title GRAT: Groupware supported requirements analysis tool / Veleswaran Nallaiah
title_full GRAT: Groupware supported requirements analysis tool / Veleswaran Nallaiah
title_fullStr GRAT: Groupware supported requirements analysis tool / Veleswaran Nallaiah
title_full_unstemmed GRAT: Groupware supported requirements analysis tool / Veleswaran Nallaiah
title_short GRAT: Groupware supported requirements analysis tool / Veleswaran Nallaiah
title_sort grat: groupware supported requirements analysis tool / veleswaran nallaiah
topic QA75 Electronic computers. Computer science
url http://studentsrepo.um.edu.my/10731/
http://studentsrepo.um.edu.my/10731/1/Veleswaran_Nallaiah_%E2%80%93_Dissertation.pdf