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Performability modeling is a rapidly growing field that combines the analysis of performance and reliability. This book provides a comprehensive introduction to the subject, covering the fundamental concepts, formalisms, and techniques used in performability modeling. It discusses various modeling approaches, including stochastic reward nets, and explores their application to real-world systems. The book also presents case studies and discusses software tools that can be used for performability analysis. This work is intended for researchers and practitioners in computer science, electrical engineering, and related fields who are interested in the quantitative evaluation of complex systems.
This book investigates the challenges and methodologies of performability modeling in complex systems. It addresses the need for integrated performance and reliability analysis, exploring how to quantitatively assess system behavior under various operational conditions. The work presents formalisms and techniques to bridge the gap between traditional performance evaluation and fault tolerance, aiming to provide a unified framework for system design and analysis.
The book is recognized as a foundational text in the field of performability modeling, offering a comprehensive overview of theoretical concepts and practical techniques. It is valued for its rigorous approach and its ability to integrate performance and reliability aspects into a single analytical framework. The work is considered essential for researchers and practitioners seeking to understand and quantify the dependability of complex systems. Its detailed exploration of formalisms and tools makes it a key reference for advanced study in system analysis.
Page Count:
338
Publication Date:
2001-01-01
ISBN-10:
0471491950
ISBN-13:
9780471491958
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