Simulation and Modeling: Current Technologies and Applications
The science of simulation and modeling (SM) strives to showcase the highest possible level of reality in order to determine the conditions necessary for optimal performance. SM is a multifaceted and complex field due to the numerous applications involved, particularly since SM applications range from nuclear reaction to supermarket queuing.
Simulation and Modeling: Current Technologies and Applications includes examinations of current issues related to simulation such as: Web-based simulation, virtual reality, augmented reality, and artificial intelligence. This book combines different methods, views, theories, and applications of simulations into one volume, and offers insight into the computer science aspect of simulation and modeling while integrating the business practices of SM.
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Distributed Simulation in 1ndustry
ObjectOriented Modeling and Simulation of Optical Burst Switched Mesh
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1EEE 1Gl Global 1nformation 1nternational activity algorithm analysis application approach architecture attribute augmented reality automation behavior business process chapter conceptual process type constraints Copying or distributing Copyright O 2008 core node cost cycle defined delay derivation differential distributing in print dynamic edge node electronic forms emotion environment estimate evaluation event type example execution federate feedback forms without written function Global Copying implementation information base input instantiation interaction interface Java knowledge mining main contractor method methodology object object-oriented OBS network OBSim operator optical burst switching optimal output parameters performance Petri Nets phase Pidd print or electronic problem programming queue real-time requirements resource resource reservation protocols Rouskas sentence group simulation model solution specific supply chain techniques tion traffic trajectory UCAV update values variables virtual reality Web-based simulation Winter Simulation Conference written permission Figure