![]() The main motive behind this paper is to show that the cost of operating an IDS in a MANET can be minimized and hence the effectiveness and performance of the IDS can be maximized. To further ascertain this, we use available network packet capture data and calculate the minimum operating cost of an IDS. Mathematically and programmatically we deduce the minimum operating point of operation of an IDS and generate the receiver operating characteristic curve of the IDS. In an effort to solve the problems of the previously proposed metrics, we propose a decision tree based approach to calculate the cost of operating an IDS in a mobile ad hoc network. We propose a method to determine the optimum operating point of the IDS. ![]() ![]() In this paper we calculate the cost benefit tradeoffs of an IDS. Apart from the initial cost of procuring the IDS, other costs include cost of accessories required and cost of administration etc. ![]() Thus, it becomes essential to reduce the operating cost of the IDS without compromising on the performance and reliability of the IDS. In such cases, regular operation and maintenance of the system becomes expensive. This package provides the console version of wireshark, named tshark. Wireshark can decode too many protocols to list here. Very often it so happens that the cost of operating an Intrusion Detection System (IDS) exceeds the cost of purchasing the IDS itself. Wireshark is a network sniffer - a tool that captures and analyzes packets off the wire. International Journal of Communications, Network and System Sciences, Optimizing Operating Cost of an Intrusion Detection Systemĭecision Tree Intrusion Detection Metrics Measurements Receiver Operating Characteristics “WireShark: Network Analyzer,” has been cited by the following article:
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