Solutions for Software Requirement Risks Using Artificial Intelligence Techniques
Vijaya Kumar Reddy R., U. Rahamathunnisa, P. Subhashini, H. Mickle Aancy, S. Meenakshi, Sampath Boopathi
Abstract
Software projects have a very high probability of failure, and a major reason for this is a poor requirement engineering process. Requirement elicitation and documentation are the primary and most vital steps in the software development life cycle. There is a lack of a model or framework that deals with these risks in parallel, and a lot of work is needed to manage them holistically. This chapter includes the identification of factors that affect successful software development and explores various sources of requirement risks. It intends to create an intelligent framework for managing VUCA risks in software requirements. The relationship between VUCA and terrorism risks identification at an early stage using fuzzy logic, ANFIS, and intelligent Bayesian network models. The framework includes a model for volatile requirement prioritization and a model for requirement ambiguity and uncertainty management.