An analysis comparison of AODV UU and batmand performance for mobile ad-hoc network

Nowadays, technology tends to be developed to wireless technology. One of factors affects that development is mobile capability offered by the system to users. One of current wireless technology is mobile ad-hoc network. Important feature of mobile ad-hoc network implementation is routing protocol such as AODV and BATMAN. Implementing AODV and BATMAN in real life is by using AODV UU and BATMAN Daemon. In this paper, four nodes are implemented to evaluate both routing protocols in mobile ad-hoc network. For mobile scenario, source node moves with velocity about three km/h back and forth to destination node. Sending and receiving files in system is using Distributed Internet Traffic Generator (DITG). Analyzed parameters in this system are average packets loss percentages, average throughput, and average jitter. Implementation of no movement scenario shows that average packets loss percentage ranges from 0% to 3.358%, average throughput ranges from 393.1821813 Kbps to 409.9955152 Kbps, and average jitter ranges from 0.00052182 s to 0.00604264 s. In addition, implementation of source node movement scenario shows that average packets loss percentage ranges from 0.002% to 4.276%, average throughput ranges from 386.6820413 Kbps to 409.8114591 Kbps, average jitter ranges from 0.00202616 s to 0.00609198 s.