Abstract
Advances in network technology have encouraged the development of ad-hoc services. MANET is one of them. In MANET, a routing protocol is required that can facilitate communication reliably. To get this reliable routing, in this study simulation of two routing protocols, namely AODV and OLSR. In the Manhattan Grid Mobility (MGM) model with communication loads using the FTP protocol. The simulation results show that the end-to-end value of service quality is 0.00210 second and throughput of 0.353428 Mbps for high FTP load in AODV routing. While the OLSR protocol routing obtained end to end delay value is 0.00071 second and throughput of 0.532025 Mbps for high load load FTP. For high load FTP traffic loads, 0.042436 second response time upload and 0.085789 second time response download on AODV protocol routing. On the OLSR routing protocol the upload time response rate is 0.084756 second response time and 0.09271 seconds download time response.
Highlights
Advances in network technology have encouraged the development of ad-hoc services
The simulation results show that the end-to-end value of service quality is 0.00210 second and throughput of 0.353428 Mbps for high FTP load in Ad-hoc On Demand Distance Vector (AODV) routing
Dari perbandingan routing protocol Ad-hoc On Demand Distance Vector (AODV) dan Optimized Link State Routing Protocol (OLSR) yang dilakukan pada 30 node pada aplikasi FTP (low load, medium load dan high load) dapat dilihat nilai kualitas layanan jaringan Mobile Ad Hoc Network (MANET) pada routing protocol AODV dan OLSR yaitu download respon time, upload respon time, end to end delay dan throughput
Summary
Advances in network technology have encouraged the development of ad-hoc services. MANET is one of them. Hasil simulasi menunjukkan bahwa nilai kualitas layanan end to end delay adalah 0,00210 second dan throughput sebesar 0,353428 Mbps untuk beban FTP yang tinggi pada routing AODV. Sedangkan pada routing protokol OLSR diperoleh nilai end to end delay adalah 0,00071 second dan throughput sebesar 0,532025 Mbps untuk beban high load FTP.
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