Dynamics System Modeling Approach in Node Mobility on Mobile Ad-hoc Network

Abstract

Movement of the nodes in a mobile ad-hoc network is affected by distance and strong transmit / receive signal between neighboring nodes to each other, so how the mobility of the nodes in the network connection can maintain connectivity in the line-of-sight is emerging challenges in the dynamics system. In mobile ad-hoc network each connection connectivity is temporary, so the topology changes that appear along with the mobility of the nodes in constructing communication calls will change the position of the transmitter and receiver. This research has been done on modeling the dynamics system approach for each node mobility scenarios were created based on the selected tests and determined. With quantitative methods used involve tools that can observe the data streaming process in real-time, the results obtained demonstrate the system dynamics can serve to test the mobility of the nodes that occur in mobile ad-hoc network is able to maintain a connection connectivity between each neighboring node.