Jitter Considerations in On demand Route (1)
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Penambahan jumlah node dan jumlah koneksi sangat berpengaruh terhadap kinerja routing protocol AODV untuk semua parameter jaringan yang diukur (throughput, delay, jitter,
(b) Node classification based on destination. If such a delay is large, a routing failure or a route discovery failure may occur because the destination may have
Table 2 shows the difference in Routing Overhead in route discovery by using Ad-hoc On demand Distance Vector Protocol (AODV) and Neighbour Coverage Probabilistic Routing
This research investigates performance of a highly dynamic mobile network using Ad hoc On-demand Multipath Distance Vector (AOMDV) routing protocol under various active
In this paper we propose a novel on-demand routing protocol for ad hoc networks based on the multipath principle, in order to use the energy of nodes
a method called ERDA (Enhance Route Discovery for AODV). The proposed method is able to mitigate the a foresaid problem by introducing new conditions in the routing table
AODV+PGB lebih unggul pada routing overhead jika dibandingkan dengan AODV biasa dikarenakan node yang melakukan penyebaran paket RREQ menjadi lebih sedikit dari
Route Discovery When a source node wants to transmit data to a destination node and if it doesn’t has a path to destination node in the routing table, it broadcasts the RREQ packet