Agilizing interaction flow model language by using kanban for covering web application short lifecycle

Abstract

The World Wide Web has turned into a significant stage for the conveyance of an assortment of complex corporative applications in numerous spaces. Other than its disseminated viewpoint, these Web applications require consistent enhancements in the lifecycle, convenience, execution, security, and versatility. In any case, by far most of the previously mentioned applications are as yet being produced with an ad hoc approach, contributing for lifecycle issue, maintenance, quality, and reliability. Web engineering methods become to main directions to develop web applications systematically, focusing on methods, processes, techniques, and tools applied in different abstraction levels, from the conception to development, evaluation, and maintainability. Most web engineering methods have lack to support the process development lifecycle including IFML as the latest method in one hand. Meanwhile, an agile approach is used to support a lifecycle for web applications by integrating an agile approach and web engineering method for designing a web mining system. The goal of this research is to evaluate an IFML to cover short lifecycle for developing complex web applications. There are three steps in this development process. In the first step, an investigation of IFML lifecycle through design web mining system. In the second step, an integrated IFML with Kanban for short lifecycle to propose KIFML. In the last step, KIFML is evaluated using the Technology Acceptance Model (TAM) to identify the acceptance of respondents towards the methods. Finally, a comparison between an integrated IFML and present IFML by using case study. Then the result showed capabilities of evaluated IFML for developing web applications short lifecycle.