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Reducing the Time Delay in Data Transfer using SOGR-BGP Protocol for Mobile Ad Hoc Network?

Journal: International Journal of Computer Science and Mobile Computing - IJCSMC (Vol.3, No. 9)

Publication Date:

Authors : ; ;

Page : 722-727

Keywords : Node densities; Delivery ratio; SOGR BGP; efficient route path; Control overhead; End to end delay;

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Mobile ad hoc network has been a huge challenge to develop a routing protocol that can meet different application requirements and optimize the routing path according to the change of topology. Geographic routing protocol mainly used to provide application needs but it will provide inaccurate local topology and destination position information introduces high overhead when there is no traffic. After using two self adaptive on demand geographic routing protocol to build efficient route path based on user needs. The in accurate local topology knowledge is removed by using SOGR protocol. Topology information updated with respect to time at every node. On demand routing mechanism to reduce the control overhead and adaptive parameter setting and route optimization scheme are used this protocol to provide efficient route path. But this protocol used to provide 98 percent delivery ratios and very low forwarding overhead but using the SOGR EM [Expectization Maximization] algorithm provide the maximum delivery ratios, and also reduce the control overhead and reduce the number of packet forwarding, reduce the average end to end delay and minimize the overhead with respect to node densities, maximum speed. Improve the performance like maximum reduce the delay and increase all other parameters performance using SOGR BGP protocol.

Last modified: 2014-10-08 14:49:29