Software Defined Networks 1 By Saleh Asadollahi amp Dr Bhargavi Goswami asadollahimcitpgmailcom bhargavihgowsamigmailcom Experimenting with Scalability of Floodlight Controller in ID: 782646
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Slide1
Experimenting with Scalability of Floodlight Controller in Software Defined Networks
1
By:
Saleh
Asadollahi
&Dr. Bhargavi Goswami
asadollahimcitp@gmail.com
bhargavihgowsami@gmail.com
Experimenting with Scalability of Floodlight Controller in
Software Defined Networks
Slide2OutlineLimitations of Current NetworksWhat is SDN?Floodlight SDN Controller
SIMULATION ENVIRONMENT Conclusion
2
Experimenting with Scalability of Floodlight Controller in
Software Defined Networks
Slide3Limitations of Current Networks
http://www.excitingip.net/27/a-basic-enterprise-lan-network-architecture-block-diagram-and-components/
3
Lack of programmability and innovation
Enterprise networks are difficult to manage
“New
control requirements have arisen”:How to easily configure huge networks? Experimenting with Scalability of Floodlight Controller in
Software Defined Networks
Slide4OpenFlow/SDN tutorial, Srini Seetharaman, Deutsche Telekom, Silicon Valley Innovation Center
What is SDN
Traditional
vs
SDN4
Experimenting with Scalability of Floodlight Controller in
Software Defined Networks
Slide5Floodlight SDN Controller Floodlight open source java based
web GUI
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Experimenting with Scalability of Floodlight Controller in
Software Defined Networks
Floodlight SDN Controller Architecture
Slide6SIMULATION ENVIRONMENT
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Connectivity between nodes in the scenario
GUI of Floodlight Controller Environment
Experimenting with Scalability of Floodlight Controller in
Software Defined Networks
Slide7Result:throughput
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Experimenting with Scalability of Floodlight Controller in
Software Defined Networks
Throughput for 50 host
Throughput for 300 host
Throughput for 150 host
Slide8Result:Latency
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Experimenting with Scalability of Floodlight Controller in
Software Defined Networks
Throughput for 50 host
Throughput for 300 host
Throughput for 150 host
Slide9Conclusion
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Experimenting with Scalability of Floodlight Controller in
Software Defined Networks
With this paper, authors have made attempt to address the scalability features of the Floodlight controller by implementing various diversified scenarios in simulation experimental environment. In this paper, authors have provided the clear idea how to create experimental test bed with analysis of obtained statistical results keeping the performance as the central focus. We would conclude this paper by providing positive sign to move forward to the researchers who are looking for implementation of their idea over Floodlight Controller in the domain of Software Defined Networks without any doubt. The controller not just provide the simulation experimental test bed support but, also provides clear explanation for analysis of obtained statistics after the experiments are simulated. The tools suggested, simulated, shown through figures and graphs will help the research community to further conduct such experiments in the future by implementing their desired parameters though these experiments. This paper will also address the programmers, developers and new bees in the area of SDN, who are looking forward to touch the practical aspects of the SDN by following step by step implementations provided in the paper. Further, the research team will come up with few more papers on implementation of other SDN controllers in the coming future. The team also has planned to compare the controllers of SDN, once all the stellar controllers are implemented and experimented by them.
Slide10Conclusion
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Experimenting with Scalability of Floodlight Controller in
Software Defined Networks
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, S.,
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, B. (2017). Revolution in Existing Network under the Influence of Software Defined Network. Proceedings of the
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Slide11Thanks!
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