Library Automation and Digital Archive
LONTAR
Fakultas Ilmu Komputer
Universitas Indonesia

Pencarian Sederhana

Find Similar Add to Favorite

Call Number SEM - 362
Collection Type Indeks Artikel prosiding/Sem
Title Quantitative performance mobile ad-hoc network using optimized link state routing protocol (OLSR) and ad-hoc on-demand distance vector (AODV) (hal 443 - 448)
Author Andreas Handijo, Justinus Andjarwirawan, Hiem Hok;
Publisher Proceedings ICSIIT 2010: International conference on soft computing intelligent system and information technology 1-2 July 2010 Bali Indonesia
Subject MANET, ad-hoc network routing protocols, OLSR,AODV
Location
Lokasi : Perpustakaan Fakultas Ilmu Komputer
Nomor Panggil ID Koleksi Status
SEM - 362 TERSEDIA
Tidak ada review pada koleksi ini: 47953
Informtion transfer is one of a major issue in information technology delopment. this is because one of basic purpose of delopment of information technologies is inteded to transfer information between the parties. one of the latest develpments in information transfer is the routing called MANET (mobile ad-hoc network) which is used as one standard routing on the wireless world. MANET itself is divided into two methods are proactive routing method, which is represented by the Ad-hoc On-demand distance vector (AODV). in this research, will be conduct three different methods qualitative performance about OLSR and AODV to see about their implementation, and performance about those two routing method. this qualitative method that has conduct is the calculation method of the mathematical model, network simulation method, and field testing methods. the network type that have ben use to this expriment is type A (using three nodes), type B (using four nodes), type C (using 5 nodes) and for testing a complex network (more than 10 nodes) will be used a network simulation qualnet. based on the testing results, we can conclude that quantitative performance of of AODV routing protocal in a simple network (no more than 10 nodes), while the OLSR routing on complex networks (more than 10 nodes) better than AODV.