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Title PROBLEMS, CONSEQUENCES AND THEIR SOLUTIONS FOR EMOTION BASED REQUIREMENT ENGINEERING IN GLOBAL SOFTWARE DEVELOPMENT – A GUIDELINE

Author(s) Sarah Mazhar

Abstract Software Requirement Engineering (SRE) is a valued domain of software engineering. The success of a software project is mainly dependent on good requirement engineering practices. Emotion based requirement engineering is said to increase the credibility of requirement engineering. When requirement engineering is taken to a bigger scenario of global software development (GSD), it becomes more tricky and difficult to handle. There is a lack of studies focusing on emotion based requirement engineering in GSD. Due to lack of such studies academicians, researchers and practitioners are unaware of the problems and their consequences on successful software development. The proposed study identifies the problems due to lack of emotion based requirement visualization, consequences of these problems, overcoming strategies / solutions for these problems. The systematic literature review (SLR), expert evaluation and survey are used as methodology instrument. Twenty three (23) problems were identified through SLR. Besides, the consequences and solutions of the identified problems are also found out by SLR and are evaluated through experts. In SLR conduction, ak9t first 60 papers were collected which reduced to 30 after assessing their quality. For extraction of potential problems from the literature, their consequences and solutions, grounded theory was applied. Furthermore, a survey is conducted to evaluate the practicality of the identified problems, consequences and overcoming solution strategies in real working environment. The study provides a comprehensive guideline for the practitioners, academicians and researchers for performing better visualization of emotion based requirement engineering in GSD environment which increases ratio of success. The visualization support of requirements may best be achieved in this way.

Type Thesis/Dissertation MS

Faculty Engineering and Computer Science

Department Computer Science

Language English

Publication Date 2018-12-31

Subject Software Engineering

Publisher NUML

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