This book covers, in a progressively refined manner, concepts, theories, and methods for modeling, control, and performance analysis of discrete event systems. The book contains two complete instructional paths: chapters 2-5 for deterministic discrete event systems and chapters 6-11 for stochastic discrete event systems. Two appendices are included: "Review of Probability Theory" and "IPA Estimator." The presentation of the material is both intuitive and formal. It follows along a homogeneous path of progressively refined models of discrete event systems, from untimed to timed and from deterministic to stochastic. The logic development is clear, mathematically rigorous, and supplied with a wide range of examples. This is among the best books for both instructional and research purposes.
A. Paoli, N. Eva Wu (2009). Introduction to Discrete Event Systems, Second Edition by CHRISTOS G. CASSANDRAS and STEPHANE LAFORTUNE. IEEE CONTROL SYSTEMS, 29, 108-110.
Introduction to Discrete Event Systems, Second Edition by CHRISTOS G. CASSANDRAS and STEPHANE LAFORTUNE
PAOLI, ANDREA;
2009
Abstract
This book covers, in a progressively refined manner, concepts, theories, and methods for modeling, control, and performance analysis of discrete event systems. The book contains two complete instructional paths: chapters 2-5 for deterministic discrete event systems and chapters 6-11 for stochastic discrete event systems. Two appendices are included: "Review of Probability Theory" and "IPA Estimator." The presentation of the material is both intuitive and formal. It follows along a homogeneous path of progressively refined models of discrete event systems, from untimed to timed and from deterministic to stochastic. The logic development is clear, mathematically rigorous, and supplied with a wide range of examples. This is among the best books for both instructional and research purposes.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
