Introduction to Discrete Event Systems Christos G. Cassandras, Stephane Lafortune
Publisher: Springer

In this paper, we explore a control-theoretic view of steering for discrete event systems. At every time step or about 1 second (in simulation time), the system computed the position of the ships and aircrafts and determined if the aircraft can detect any vessel via radars or some other sensors. Upon detection, some rules of engagement followed. We would then forward the simulation clock to that time. We introduce an architecture for steering and also describe different steering paradigms. These assumption and limitations can seriously affect the accuracy of the model in representing the system behavior, grossly impact the simulation results and can be detrimental to the acceptance of the model due to difficulties in verification and validation. This characterizes time-step I was then introduced an event driven simulation, where the next time of interest was computed. This introduction treats complex systems as interacting, concurrent processes and introduces a method, a graphical system description language, and a computer-aided design tool for analyzing them. Where it is infeasible to store the entire model. Electrical and Computer Engineering Introduction to discrete event systems - Christos G. Construction operations have been modeled and simulated using Discrete-Event Simulation (DES) with effectiveness and fidelity that has continuously increased over the past four decades, since the introduction of CYCLONE. A substantial portion of this book is a revised version of Discrete Event.