Role of situational method engineering to improve visual information systems in agile distributed environment

被引:0
作者
Yaser Hafeez
Sohail Asghar
Bisma Arif
Sadia Ali
机构
[1] PMAS Arid Agriculture University,University Institute of Information Technology
[2] COMSATS University,Department of Computer Science
来源
Multimedia Tools and Applications | 2021年 / 80卷
关键词
Global software development (GSD); Agile software development; Visual information systems; Team coordination; Requirement engineering; Multidimensional and situational method engineering (SME);
D O I
暂无
中图分类号
学科分类号
摘要
Software product prone to continuous evolution due to increase in the use of technology. Therefore, more stakeholders are involved in software evolution increases the cost and complexity. This required optimization of resources and cost to handle evolution with Global Software Development (GSD) to utilize time zones efficiently. The significance challenge of GSD reports: time zone difference, geographical location, communication delays, knowledge sharing, control among stakeholders and development team. Because of these challenges, the requirements for development in GSD environment are also challenge as compared to on site development. Different requirement engineering methods have been used to improve the requirements analysis to deal with ambiguities and inconsistency in large set of requirements. The customization and tailoring of requirements according to changing project’s situations required to improve project development with reusing existing agile methods during requirement engineering phase. Moreover, complex information systems where heterogeneity is inevitable that implies the involvement of divergent stakeholders and necessitate a comprehensive framework to capture multidimensional viewpoints and fulfill aforementioned issues. Therefore, a situational multi-dimensional agile requirement engineering method has been proposed to support team and stakeholders’ viewpoints. The schema of the proposed method is based on challenges recognized by performing Literature Review. Then proposed method has been evaluated via experimental approach and statistical analysis conducted to validated reliability of data collected. This result is significant approved both practically and statistically that the proposed approach ease to use, implement, trained and increased productivity and performance. Hence, the experimental study for the evaluation of the proposed approach results concluded that, proposed approach is the important multimedia tool for supporting organization and distributed development team for information sharing, collaboration, product development.
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页码:8881 / 8908
页数:27
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