We research maximum range expansion using a fixed number of mobile wireless nodes along a line which do distributed MIMO (Multiple Input Multiple Output) in diversity configuration, also known as cooperative transmission (CT).
We also implemented UPS in the OPNET simulator, where the IP (e.g., Routing Information Protocol (RIP)) and AODV routing protocols are executed concurrently to support networks with both static and mobile wireless nodes.
A mobile ad hoc network (MANET) is a self-organized system comprised by multiple mobile wireless nodes.
and mobile wireless nodes (unmanned underwater vehicles submarines), by employing digital signal processing-equipped telesonar modems and through acoustic links, in the undersea applications [1, 2].
Performance of the proposed model is compared with that of the single link mobile wireless relay node (MRN).
A mobile ad-hoc network is a group of mobile and wireless nodes that cooperatively set up a network without the support of any centralized infrastructure.
In mobile wireless networks, when a node stores its data on other nodes [1, 2], it is desirable that the chosen nodes are in the neighborhood in the future, so that when there come the requests for the data, the collector node can efficiently redirect the requests to its near likely nodes that store the data in its neighborhood.
Similarly during packet forwarding, when it overhears one packet sent to its neighbor wireless node, say mobile node P, it checks the buffer of the route entries announced by mobile node P and determines the next hop node to which mobile node P should forward the packet.
Suppose that the location of mobile nodes satisfies Markov assumptions in mobile wireless sensor networks, and the observation and node's position are independent.
Numerical simulation of a mobile wireless network where all communication nodes are assumed to be uniformly distributed in space and move independently based on a random waypoint model is used to validate the analytical results and demonstrate the performance gains achieved by the proposed eBT-COMAC protocol.
