DEVELOPING AN INTEGRATED PERFORMANCE OPTIMIZATION MODEL FOR SOFTWARE ARCHITECTURES

Although Component-Based Systems (CBS) improve development productivity and decrease maintenance requirements, even high-quality components may not create a decent outcome without proper management of the composition process. This likelihood is unacceptably high in the actual world, especially in the field of industrial automation, where extra precautions, time, effort, and money are needed to mitigate any negative outcomes. The findings of this study are crucial because they will be utilized in the next stage of our ongoing research to create an effective optimization framework for optimizing software architecture. In this approach, the software's internal structure is described in a consistent and symmetrical environment, yet the software's behavior to outsiders is unaffected. Both designs may be used inside the overlap region. Software measurements tend to improve in value as the number of features increases in microservice design, but they remain constant in monolithic architecture. The relevance of a quality characteristic for the software system may be inferred from a rise in the number of features, at which point the most suitable design can be chosen.