AN EXTENSIVE ANALYSIS OF THE CHARACTERISTICS OF AN ASPECTORIENTED SOFTWARE QUALITY (AOSQ) MODEL USING FUZZY LOGIC MODEL

Computer hardware and software have evolved day by day through the gradual development of systems. Due to the gradual development of software, size and complexity are also increasing. Initially, due to hardware limitations, the problems that computers solve were simple, and software has created to solve them. The computer industry has struggled to maintain the market and develop software systems that compete with similar software systems. To keep our software system on the market, we need to get additional redesign requirements and incorporate new environments. Scalability is the most vital and essential feature of software development analysis. It reduces various factors such as development costs, time (that is, installation and access), maintenance, and software system effort. This paper describes a fuzzy approach to assessing the quality of aspect-oriented software using the AOSQ model. Due to the unpredictable nature of software quality attributes, the fuzzy logic model approach is the best way to improve software quality. All attribute values and associated sub-attributes have calculated using the Analytic Hierarchy Process (AHP) tool.