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Modeling and Tools for Network Simulation

Description

Thefocus of the tools part is on two distinct simulations engines:OmNet++ and ns-3, while it also deals with issues likeparallelization, software integration and hardware simulations. Theparts dealing with modeling and models for network simulations aresplit into a wireless section and a section dealing with higherlayers. The wireless section covers all essential modeling principlesfor dealing with physical layer, link layer and wireless channelbehavior. In addition, detailed models for prominent wireless systemslike IEEE 802.11 and IEEE 802.16 are presented. In the part on higherlayers, classical modeling approaches for the network layer, thetransport layer and the application layer are presented in additionto modeling approaches for peer-to-peer networks and topologies ofnetworks. The modeling parts are accompanied with catalogues of modelimplementations for a large set of different simulation engines. Thebook is aimed at graduate students and PhD students of computerscience and electrical engineering as well as at researchers andpractitioners from academia and industry that are dealing withnetwork simulation at any layer of the protocol stack.


 

Keywords

Discrete-event Simulation Terminology Discrete-event Principle Event-scheduling Time-advance Algorithm Stopping SimulationsSimulations v Computer Simulation v Computer Simulation Modeling Practice Network Simulation Network Simulator ns�3 Network Elements Computer Network Pointers Packets Aggregation v Compiling v Animating Scalability Distributed Simulation Emulation Capabilities OMNeT++. Modeling Simulation IDE Frameworks Component Model NED Language NED v Modules messages events Simulation Time Library Classes Tracking Network Packets MessageCompiler Control Info Packet TransmissionWireless Wired v Random Emulation Distributed Simulation Co-simulation Simulation Models Configuration Animation Debugging v Visualization IKR Simulation v TCP Library openWNS Simulation Modules Deployments HySim. VPU Annotations Pipeline Principle Cycle Accurate DSIM JiST IKR SimLib Wireless Modeling Channel Modeling Propagation Models Hybrid Approaches System Models Mobility Mobility Models

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