Analysis of Software Defined Network (SDN) using Opendaylight Controller with ANOVA Repeated Measures

Abstract

The rapid development of technology today makes the technology around us also become more advanced and continues to grow, this has an impact on the development of the internet network. Technology such as Software Defined Network (SDN) is needed because it results in improved performance in network management, control and data handling that allows it to be managed centrally and more easily by network administrators by separating the control plane and data plane. In this study, an analysis of the SDN architecture was carried out using the Opendaylight controller based on the parameters of throughput, delay and jitter which then can be seen how the performance of the SDN architecture with Opendaylight controller in a different topology by increasing the number of nodes. The throughput test shows that the custom topology has a significant high throughput with a p-value of 1.382E-251 and has a better average throughput value among other topologies. The linear topology a better increase in delay value with a p-value of 1.07738E-62. The jitter value was significantly increase when there is an increase in the number of nodes is in the star topology with a p-value of 1.74483E-09.