Analisis Kinerja RouteFlow pada Jaringan SDN (Software Defined Network ) menggunakan Topologi Full-Mesh

Abstract

ABSTRAKPerangkat controller dalam jaringan SDN berfungsi untuk memberikan informasi tabel flow ke perangkat switch sebagai acuan dalam menentukan informasi rute. Kecepatan dalam memproses permintaan tabel flow yang dilakukan oleh perangkat switch tergantung dari pemilihan jenis controller yang digunakan. Terdapat beberapa jenis controller yang bisa digunakan untuk mengatur aliran trafik data dalam jaringan SDN. Pada penelitian ini akan digunakan jenis controller RouteFlow dengan menggunakan algoritma routing Djikstra. Jaringan uji menggunakan topologi Full-Mesh yang menyediakan koneksi penuh ke semua switch, dimana terdapat dua protokol layer transport yang digunakan untuk mengirimkan data dalam jaringan SDN yaitu TCP dan UDP. Hasil pengukuran kualitas jaringan menunjukkan bahwa penggunaan protokol UDP menghasilkan nilai delay, jitter, dan throughput yang lebih baik dibandingkan dengan TCP. Waktu konvergensi jaringan yang dihasilkan sebesar 12,18 ms ketika ukuran data yang dipertukarkan sebesar 64 Byte.Kata kunci: Controller, Full-Mesh, RouteFlow, Software Defined Network ABSTRACTThe controller device in the SDN network is applied to provide flow table information for all switches as a reference in determining route information. The speed in processing the flow table requests that are made by the switches depends on the choice of the type of controller used. There are several types of controllers that can be used to manage the data traffic flow in the SDN network. This research utilizes the RouteFlow controller and the Djikstra routing algorithm. The test network applies the Full-Mesh topology that provides fully connections to all switches, wherein two transport protocols are used to transmit data in SDN networks, i.e., TCP and UDP. The results of network performance measurements show that the use of the UDP obtains better values in delay, jitter, and throughput than TCP. The network convergence time is 12.18 ms when the size of data exchanged is set to 64 Bytes.Keywords: Controller, Full-Mesh, RouteFlow, Software Defined Network

Analisis Performansi Routing OSPF menggunakan RYU Controller dan POX Controller pada Software Defined Networking

“…Baru pada tahun 2008 SDN dikembangkan di UC Berkeley and Stanford University. Protokol openflow untuk komunikasi antara controller dengan perangkat jaringan [3,4,5,6]. Protokol openflow sudah diimplementasi pada beberapa SDN controller seperti controller ONOS, Onix, POX, RYU, dan lainnya [7].…”

“…Penelitian kedua oleh Muldina dan Tulloh menggunakan topologi dengan jumlah switch berbeda dan berdasarkan parameter convergence time. Penambahan jumlah switch mengakibatkan penambahan convergence time [4]. Penelitian ketiga oleh Afan dan Virgono yang melakukan perbandingan antara RYU dan POX controller pada performansi jaringan SDN.…”

Network Security Analysis Using Switch Port Security CPT

“…A security system is needed to avoid and handle activities that disrupt the network system to prevent such incidents [7]. Various techniques can be employed to reduce cybercrime, and one commonly used method to secure a LAN is switch port security [8]. Switch port security is a technique that allows anyone with network access to connect to the network through available ports on the switch [9].…”

Design and Implementation of SDN IP Based on Open Network Operating System and Border Gateway Protocol

“…Nugroho utilizes the Route Flow controller, Djikstra routing algorithm, Full-Mesh topology, that provides full connections to all switches, TCP and UDP are used to transmit data in SDN networks, with the result of network performance measurements show that the use of the UDP obtains better values in delay, jitter, and throughput than TCP [9]. In his paper, Goswami is contributing to the evaluation of the performance and the scalability of the ONOS controller by taking many scenarios which are experimented on Mininet, ONOS Controller, Docker, and iPerf [10].…”