Focusing on modeling and calculation techniques for engineering systems, the book explores both precise and approximate MMC methods. It emphasizes the importance of understanding s-dependent components within Markov spaces to accurately assess system dependability. The text includes detailed mathematical procedures and applies them to various structured examples, enabling system developers and users to conduct their own dependability analyses. This practical approach ensures a comprehensive grasp of the concepts presented.
Hans-Dieter Kochs Libri



System Dependability Evaluation Including S-dependency and Uncertainty
Model-Driven Dependability Analyses
- 408pagine
- 15 ore di lettura
Focusing on system dependability modeling, the book explores the effects of s-dependency and uncertainty through various approaches, including minimal cut, Markov process, and their combination. It emphasizes the use of Boolean logic for integrating these methods and introduces efficient approximation techniques for complex systems. A thorough analysis of aleatory and epistemic uncertainties, evaluated through Monte Carlo simulations, is presented alongside real-world applications. The text adheres to the IEC 60050-192:2015 standards, ensuring consistency in terminology and dependability indices throughout.