A DYNAMIC APPROACH FOR IMPROVING PERFORMANCE OF INTRUSION DETECTION SYSTEM OVER MANET

A Mobile Ad-hoc Network (MANET) is one of the busy and public networks; Because of this the network suffers from the problems of different kind of attacks. In such attacks some malicious nodes are present that falsely claim itself as a valid node. It will accept the information and will not forward the information to next nodes. Intrusion Detection System (IDS) will be used to detect such kind of attacks, but these attacks slows down the performance of IDS. To improve the performance of IDS and to handle these attacks we have presented an attack avoidance scheme. In which a preventive path will be discovered in which not attacker node will be covered. The detected path may be wider than the shortest path but will provide the higher throughput and reduce the data loss over the network. In our present work we record an interconnection table to track the communication information over the network. The INVERTED TABLE APPROACH will be used to maintain this table. Once the table will be defined, the DATA MINING APPROACH will be used to identify the attacker nodes. The work will be implemented in NS2.35 and the result analysis will be driven based on throughput and the loss analysis.

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