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首页> 外文期刊>International Journal of Soft Computing and Software Engineering >Sequencing Participatory Action Research and i* Modeling Framework in Capturing Multiple Roles Requirements
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Sequencing Participatory Action Research and i* Modeling Framework in Capturing Multiple Roles Requirements

机译:排序参与式行动研究和i *建模框架以捕获多个角色需求

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This paper presents the conceptual framework for sequencing of Participatory Action Research (PAR) methodology with the implementation of i* modeling framework in capturing multiple roles requirements. There are multiple roles involved in the development of information system, thus it involves with difference users requirements and preferences, context as well as the demands which become a challenge in development of system. This is due to these roles where information of the project monitoring is perceived in accordance to their role and domain. In the development of information systems, requirement engineering is a vital methodology. Requirement engineering (RE) consists of several phases which elicitation is a crucial phase in RE since it requires researcher to gather the requirement from the users. Methods of eliciting requirements are now more co-operative. Based on the preliminary study of construction-based in Malaysia, evidence of dynamic requirements has been observed according to the environments, economic, technology and manpower involved in the construction project. An adaptive design for project monitoring is needed which allow the physical system to self-adapt in response to the changing environments. Adaptive design requires selecting the right techniques of requirements elicitation. The conceptual framework defined shall be used to elicit requirements from a local construction company.
机译:本文介绍了参与式行动研究(PAR)方法的排序概念框架,并通过i *建模框架的实现来捕获多个角色需求。信息系统的开发涉及多个角色,因此涉及不同的用户需求和偏好,上下文以及需求,这些成为系统开发中的挑战。这是由于这些角色,根据它们的角色和领域可以感知到项目监视的信息。在信息系统的开发中,需求工程是一种至关重要的方法。需求工程(RE)由几个阶段组成,在RE中,启发是至关重要的一个阶段,因为这需要研究人员从用户那里收集需求。引起需求的方法现在更加合作。根据马来西亚建筑业的初步研究,根据建筑项目涉及的环境,经济,技术和人力,观察到了动态需求的证据。需要一种用于项目监控的自适应设计,该设计允许物理系统根据不断变化的环境进行自适应。自适应设计需要选择正确的需求引发技术。所定义的概念框架应用于从当地建筑公司征求要求。

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