| dc.description.abstract | Abstract. Potential wireless applications will obtain advantage of deployable
speed and self-configuring Ad-hoc networks. This research uses a simulation
method to monitor the effectiveness of Ad-hoc On-demand Distance Vector
(AODV), Dynamic Source Routing (DSR), Gathering based Routing Protocol
(GRP), Temporarily Ordered Routing Algorithm (TORA) and Optimized Link
State Routing Protocol (OLSR) routing protocol in open space area such as a quay
crane in port operation. The objective of this study is to examine and evaluate
these variety of techniques to improving the precision of performance of the best
protocol. The routing techniques AODV, DSR, GPR, TORA and OLSR are
analysed and compared by using OPNET Modeller simulator on the basis of
performance metrics such as network load, delay and throughput. This method
used to increase the system utilities in such away to have further improves
performance, and provide a qualitative estimation of the best applicable
technique. The simulation results show that OLSR routing protocol has high
throughput and lowest end-to-end delay compare to other cases that have the same
packets size (1024bytes) and the number of packets to 50 packet per sec, on a
scalable network environment, up to 139 nodes | en_US |
