Abstract

To effectively manage projects, estimate costs, and allocate resources, software scaling must be precise and efficient. The Use Case Point (UCP) Analysis is a well-known method for determining the functional requirements-based software size. The study delves into UCP Analysis, including its methodology, applications, and advantages. A standardized method for estimating complexity and effort, UCP Analysis converts user interactions and system functions into measurable measurements. By analyzing real-world examples and statistical data, we show how UCP Analysis boosts software size estimates, lowers project risks, and improves planning in general. Furthermore, this study delves into the benefits of UCP Analysis compared to conventional size techniques, highlighting its function in encouraging software development results that are both predictable and successful.

Description