Selection Criteria for Requirement Prioritization Techniques for software development: Data Analysis

Abstract

Requirement analysis is a critical stage in the software development lifecycle that drives project success. Elicitation techniques that are in line with stakeholders' needs, including both functional and non-functional factors, have a significant impact on software results. Finding the best approach to requirement prioritising is difficult, even with the wide range of approaches available. Value-based requirements are carefully woven into particular priority criteria by this study, which pioneers an approach that assesses requirement prioritisation techniques based on four important elements. The work emphasises the computation of full scores for different methods, providing definitive graphical representations that enable comparison assessments. This novel method simplifies requirement-prioritising analysis and selection by providing a structured framework for assessing and selecting the best solution in a particular situation. Through the integration of many elements and alignment with stakeholder requirements, this approach provides a systematic framework designed to improve the effectiveness of requirement prioritising in software development. Its diverse approach tackles the intricacies present in these procedures, ultimately leading to more efficient decision-making in software development projects.