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Network Performance using Multipath Congestion Segmentation in Mobile Ad Hoc Networks |
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PP: 17-23 |
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doi:10.18576/amis/13S102
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Author(s) |
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T. C. Ezhil Selvan,
P. Malathi,
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Abstract |
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| The mobile ad hoc networks are subjected by its autonomous topology with restricted medium bandwidth and constrained energy at the nodes. Due to these features in mobile ad hoc networks, the routes linking the source node and targets might become very uneven and as such, the transmissions in mobile ad hoc networks is quite intricate. For addressing these problems, we design a multi-path congestion segmentation algorithm. Here preliminarily diverse split routes are identified and the information packets are communicated along the routes which fulfill the limitation in routing such as bandwidth, delay and route constancy. In case if the routes do not fulfill the restrictions, the congestion could be dispersed along the diverse split paths with the help of congestion segmentation routine. Inflence of the different parameters drived using mathematical expression and simulation graphs reveals that the designed scheme minimizes the packet dropping and also minimizes the delay with the enhanced output.
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