Abstract
Routing protocol is a central issue in Mobile Adhoc Networks (MANET). Several routing protocols have been proposed to deal with the routing issue in MAN ETs. Routing is a complex task in MANET, if the network is heavily loaded. In this study a new QoS routing protocol is proposed which provides better path selection by avoiding congestion, balancing the loa d and energy. It minimizes the communication overhead without reducing the network performance. Simulation results show this preemptive link state DFS spanning tree QoS source routing protocol achieves better performance than OLSR and DSDV.
Highlights
A Mobile Adhoc Network (MANET) (Boukerch et al, 2011) is a dynamic wireless network without a fixed infrastructure
Routing protocol is a central issue in Mobile Adhoc Networks (MANET)
The protocol provides source routing using Depth First Search (DFS) spanning tree routing in MANET
Summary
A Mobile Adhoc Network (MANET) (Boukerch et al, 2011) is a dynamic wireless network without a fixed infrastructure. Optimized Link State Routing (OLSR) (Clausen et al, 2009) is a proactive routing protocol based on Link State Another important type of routing protocol is source routing where the entire route is included in the data packet. Source routing protocols provide routing information and control data forwarding when it is handled by intermediate nodes. Link state routing algorithms gives each node the knowledge of the complete topology of the network, it could be utilized for source routing as in (Rozner et al, 2013). A preemptive link state DFS spanning tree QoS source routing protocol for MANET.
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