Discrete event systems are widespread in our modern society and we rely heavily on their proper design, operation, and performance. This field of study focuses on the tasks involving large scheduling problems such as manufacturing systems, the flow of data in computer networks and air traffic control. This book analyzes the stability of these systems with applications to almost all of the important areas.
Discrete event systems are widespread in society and we rely heavily on their proper design, correct operation, and performance. Tasks which involve large scheduling problems such as manufacturing systems, the flow of data in computer networks and air traffic control are the focus of this field of study. Passino and Burgess have written an analysis of the stability of such systems with applications to almost all of the important areas.
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An authoritative presentation on an important emerging field.
Discrete event systems are ubiquitous in modern society, and we rely heavily on their proper design, correct operation, and performance. Written by leaders in the field who have helped establish the foundations of the theory and applied the methods to a wide variety of applications, Stability Analysis of Discrete Event Systems is useful both as a textbook (homework problems are included) and for researchers in systems and control theory. This book includes many examples and three detailed case studies: computer network load balancing, manufacturing system scheduling, and intelligent control systems.
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