Sinan Tuncel - Academia.edu (original) (raw)
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Papers by Sinan Tuncel
2015 23nd Signal Processing and Communications Applications Conference (SIU), 2015
This paper presents a robust simulation environment targeted for researching the complex dynamics... more This paper presents a robust simulation environment targeted for researching the complex dynamics of wireless computer networks. The generalpurpose DEVS-Suite Simulator supports animation with I/O and state trajectories of wireless computer network models developed using parallel DEVS modeling approach. The simulator offers high level model abstraction as compared with simulators such as ns-2, Omnet++ and OPNET. The combined capabilities afforded by the robust DEVS-Suite simulator assists in understanding the fundamentals of wireless network topologies and the logics of wireless communication protocols. Large scale wireless network models can be simulated and evaluated to show the benefits of DEVS formalism performance.
Speed, hardware, cost, diversity of user demands and interoperability requirements of today's net... more Speed, hardware, cost, diversity of user demands and interoperability requirements of today's network systems cause several difficulties in network research. In design phase, due to time and cost advantage of modeling and simulation science it is widely used by researchers working on network systems. In order to expedite and simplify the design process, to design and develop network simulation tools is an active research area. Today, many modeling and simulation tools are available in computer networks research and education. In this study, to assist researchers working on computer networks in the selection of modeling and simulation tools, several best-known simulators are selected and compared. Especially to examine the advantages and disadvantages of network simulators used for training purposes, an OSPF protocol implementation was devised to discuss strengths and weaknesses of simulators. At the same time, executing a general purpose DEVS based OSPF model in DEVS-Suite simulator; the advantages of the method are summarized.
2015 23nd Signal Processing and Communications Applications Conference (SIU), 2015
This paper presents a robust simulation environment targeted for researching the complex dynamics... more This paper presents a robust simulation environment targeted for researching the complex dynamics of wireless computer networks. The generalpurpose DEVS-Suite Simulator supports animation with I/O and state trajectories of wireless computer network models developed using parallel DEVS modeling approach. The simulator offers high level model abstraction as compared with simulators such as ns-2, Omnet++ and OPNET. The combined capabilities afforded by the robust DEVS-Suite simulator assists in understanding the fundamentals of wireless network topologies and the logics of wireless communication protocols. Large scale wireless network models can be simulated and evaluated to show the benefits of DEVS formalism performance.
Speed, hardware, cost, diversity of user demands and interoperability requirements of today's net... more Speed, hardware, cost, diversity of user demands and interoperability requirements of today's network systems cause several difficulties in network research. In design phase, due to time and cost advantage of modeling and simulation science it is widely used by researchers working on network systems. In order to expedite and simplify the design process, to design and develop network simulation tools is an active research area. Today, many modeling and simulation tools are available in computer networks research and education. In this study, to assist researchers working on computer networks in the selection of modeling and simulation tools, several best-known simulators are selected and compared. Especially to examine the advantages and disadvantages of network simulators used for training purposes, an OSPF protocol implementation was devised to discuss strengths and weaknesses of simulators. At the same time, executing a general purpose DEVS based OSPF model in DEVS-Suite simulator; the advantages of the method are summarized.