Multi-Attribute Decision-Making Model for Ranking of Web Development Frameworks

The modern dynamic of digital technologies is a prerequisite for the emergence of new tools to address new business challenges. One of the fastest-growing technologies is related to web development frameworks. In this regard, the current article deals with the problem of ranking web development frameworks considering different objective and subjective points of view. For the goal, a mathematical decision-making model is proposed. Distinguish feature of the model for web frameworks ranking is formulated modified utility function able to aggregate not only parameters for objective metrics but also considers the individual preferences. As a result of applying the proposed model, it is possible to select the most preferred web development framework taking into account different evaluation criteria. Once the selection of framework is done it is planned to be used in developing a web application to study the impacts of excessive use of smart technologies. The applicability of the proposed approach is numerically tested for ranking a set with 20 web frameworks. The obtained results show the usefulness of the modified utility function in the process of identifying the most preferred framework, taking into account various individual or business needs.