Increasing throughput by controlling content delivery in mobile network

In Mobile Ad hoc network many useful techniques are developed for mobile communication applications, with high efficiency and poor scalability. This paper involves its superior performance while passing a giant amount of data through access point based data to nodes at a choice of locations. In conveying the data it introduces extensive delay due to movements of nodes. There are different algorithms are used to solve the problem in distributed transportation. Each node in the access point contains the information about the locations with the storage capacity and it can send out the data to other specified nodes through alone or numerous communication canals. We revise the movements of mobile information of each node and with the help of that information´s we have cracked to unravel the content of message delay using algorithms like Ad hoc On-Demand Distance vector, Dynamic source routing and Hierarchical method. Finally, it confirms that those algorithms contribute good scalability with minor delay and soaring throughput. High performance is yield by our proposed method and it is compared with other techniques.