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Mobile Ad-hoc Network (MANET) is the self organizing collection of mobilenodes. The communication in MANET is done via a wireless media. Ad hoc wirelessnetworks have massive commercial and military potential because of theirmobility support. Due to demanding real time multimedia applications, Qualityof Services (QoS) support in such infrastructure less networks have becomeessential. QoS routing in mobile Ad-Hoc networks is challenging due to rapidchange in network topology. In this paper, we focused to reduce floodingperformance of the Fisheye State Routing (FSR) protocol in Grid using ns-2network simulator under different performance metrics scenario in respect tonumber of Nodes. For example, the connection establishment is costly in termsof time and resource where the network is mostly affected by connection requestflooding. The proposed approach presents a way to reduce flooding in MANETs.Flooding is dictated by the propagation of connection-request packets from thesource to its neighborhood nodes. The proposed architecture embarks on theconcept of sharing neighborhood information. The proposed approach focuses onexposing its neighborhood peer to another node that is referred to as itsfriend-node, which had requested/forwarded connection request. If there is ahigh probability for the friend node to communicate through the exposed routes,this could improve the efficacy of bandwidth utilization by reducing flooding,as the routes have been acquired, without any broadcasts. Friendship betweennodes is quantized based on empirical computations and heuristic algorithms.The nodes store the neighborhood information in their cache that isperiodically verified for consistency. Simulation results show the performanceof this proposed method.

Performance Analysis of Probabilistic Rebroadcasting in Grid FSR for MANET