Analisis perbandingan kinerja routing protocol open shortest path first (OSPF) dan intermediate system to intermediate system (IS-IS) menggunakan opnet modeler 14.5

Agung, Darajat (2016) Analisis perbandingan kinerja routing protocol open shortest path first (OSPF) dan intermediate system to intermediate system (IS-IS) menggunakan opnet modeler 14.5. Undergraduate Thesis thesis, Institut Teknologi Telkom Purwokerto.

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Abstract

This research aims to determine the performance ratio of routing OSPF and IS-IS routing protocol and analyze which ones are most suitable for use in designing a network. Performance of both the performance of the routing protocols are the parameters that should be tested and observed and analyzed. These parameters include: the convergence time, packet delay, throughput, jitter and packet loss. All these parameters were tested and compared based on the reference values established standards ITU-T G.114, jitter with standard reference values ITU-T Y.1541, packet loss with the value of the standard set of ITU-T REC. Y.1541. Services that will be used to test this routing, namely: voice and videoconferencing. This study uses simulation OPNET (Optimized Network Engineering Tools) Modeler version 14.5. Observations can be obtained results which for a time of convergence on both routing outrank by routing IS-IS starting convergence in seconds to 1:45 for 0,017 seconds for parameter packet delay end to end routing IS-IS is superior to 0.021 ms compared with OSPF from town Merauke to Jakarta. Observations in packet loss parameters of IS-IS routing average of 0.057632% while the OSPF routing obtained average value of 0.06505% packet loss. On average throughput value of the IS-IS for 447275.1bps and on OSPF for 446351.3bps. the jitter parameter for 0.14370ms IS-IS and OSPF for 0.15483ms on. This could be due to the router level IS_IS used in determining the backbone area. So time to determine the path of the package delivery faster than OSPF router because the router will search for the nearest destinations without having to find a router that is connected to the router in the area 0 (backbone area) as the OSPF protocol. Keyword : OSPF, IS-IS, Time Convergence, Packet Delay End to End, Packet Loss, Jitter

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