Metrics are essential to system engineering because they provide quantitative metrics to evaluate and enhance the functionality, dependability, and standard of complex systems. This abstract provides a thorough analysis of system engineering metrics, emphasising their use in the formulation and assessment of system designs, requirements, and overall system performance. The core idea of metrics and their importance in system engineering are introduced in the abstract's first paragraph. It emphasises that in order to accurately assess system performance, metrics must be well-defined, quantifiable, and in line with system goals. The abstract then discusses the many uses and advantages of several metrics categories, such as process metrics, product metrics, and resource metrics. The abstract also discusses system architecture metrics including modularity, coupling, and cohesion metrics that are used to evaluate the complexity, design quality, and maintainability of system components. The abstract also looks at metrics for requirements engineering, such as those for completeness, consistency, and traceability, which help to guarantee accurate and trustworthy system specifications.
Interoperability, Management Metrics, Metrics, Product Affordability, Process Metrics.
[Dr. Muralidhar Sunil (2022) A Brief Discussion on Metrics] (ISSN 2347 - 5552). www.ijircst.org
Dr. Muralidhar Sunil
Assistant Professor, Masters In Business Administration (General Management), Presidency University, Bangalore, India,
