MULTIASPECTNESS AND STRATEGIC PLANNING IN DEVELOPING MULTI-OBJECTIVE MODELS FOR SOFTWARE QUALITY ASSESSMENT.

Abstract

In the modern information society, the problem of assessing the quality of software systems (SS) is one of the key issues. The purpose of this article is to thoroughly examine the peculiarities of the process of assessing the quality of SS using the principles of multi-aspectness and strategic planning. To achieve this goal, four main objectives have been identified. Firstly, the article proposes to thoroughly consider the main stages of the multi-aspectness principle in the approach to assessing the quality of SS when creating multi-objective quality models. Secondly, an attempt is made to provide mathematical explanations regarding how multi-aspectness can be represented in the modeling of SS quality. Thirdly, the article examines the main aspectual stages of strategic planning of multi-objective models for SS quality assessment. Finally, it suggests analyzing fundamental formulas that can be used for mathematical expression of various aspects of SS quality within strategic planning and implementation of SS quality assessment mechanisms. The obtained results of the article will contribute to further development in the field of software quality assessment and increase the efficiency of software development and project management. The research has shown that the use of principles of multi-aspectness and strategic planning in assessing the quality of software systems is an effective approach that allows creating complex and adaptive assessment models. A thorough analysis of the main stages of the multi-aspectness principle in the approach to assessing SS quality, as well as consideration of aspects of strategic planning of multi-objective models, emphasized the importance of understanding the diverse needs of users and other stakeholders. Mathematical explanations regarding the representation of multi-aspectness in SS quality modeling have proven useful for developing formulas and assessment mechanisms. The analysis of fundamental formulas has enabled the development of tools for mathematical expression of various aspects of SS quality and their use in strategic planning. Based on the obtained results, it can be concluded that the application of the discussed approaches to SS quality assessment will contribute to increasing the efficiency of project management and software development. Such models will allow for consideration of diverse needs and expectations of various stakeholders, which is crucial for success in the modern software industry.