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Congestion Control by Transmission power in Ad-Hoc Network using Fuzzy Logic

Soni Kumari, Sarita Singh Bhadauria, Laxmi Shrivastava

Abstract


As a result of the growth in communication technologies, mobile ad hoc network boosting its capability in terms of ad hoc communication between the mobile nodes. The mobile ad hoc networks do not have any predefined infrastructure so the mobile nodes which want to communicate with each other immediately form the network topology and initiates the request for data packets to transmit or receive. But in mobile ad hoc networks one of very common phenomenon occurs is network congestion. Load balancing is a technique which is used to reduce such problem. Load balancing is a method in which the amount of works of a computer is divided between two or more computers to decrease the congestion. In this research paper it is shown that how transmitting power controls the congestion. For implementation, qualnet simulator 6.1 and fuzzy inference system are used to form the fuzzy rule base to analyze the results. From the simulation results it is proved that proposed system is more capable to reduce the network congestion.

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References


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DOI: https://doi.org/10.37628/jbcc.v2i2.362

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