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6.7 STATIONARY CHARACTER OF MOM SOLUTIONS We have seen that the MoM solution is not an exact solution because the current distribution is estimated by a finite number of basis functions. It is desirable that the final solution be stationary because that would eliminate the first order error in the solution with respect to the error in the estimated current [9]. Fortunately, Galerkin s MoM solution is stationary. It will be shown that the GSM of a patch array that resulted from Galerkin s MoM analysis is stationary. The patch layer is assumed to be located at the interface of two dielectric layers, as shown in Figure 6.6. The stationary characteristic is demonstrated indirectly in two steps. First, we derive stationary expressions for the elements of the GSM. Then we demonstrate that the GSM derived from the stationary expressions coincides with the GSM derived employing Galerkin s MoM analysis. 6.7.1 Stationary Expression To deduce the stationary expression of an element of the GSM, say S11 (2,1), we assume that only one Floquet mode is incident on the patch surface. Suppose

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Intrusion detection is a rich eld of research There exists a large body of literature that discusses different approaches and tools for detecting intrusions in IP networks This section provides a quick overview of the different existing approaches to intrusion detection The purpose of this section is not to provide an in-depth treatment of intrusion detection, since this topic could easily ll up a book in its own right; however, a high-level overview of the different approaches is provided to give the reader a avor of the techniques that are currently being used for intrusion detection The reader is referred to Anjum and Mouchtaris [2007] for a discussion of security mechanisms for ad hoc networks There are two basic approaches to intrusion detection: network-based intrusion detection and host-based intrusion detection Each of these are discussed separately below.

Both techniques have certain strengths and weaknesses; in practice, it is usually necessary to use a combination of both techniques to adequately protect a system from attack 9611 Network-Based Intrusion Detection Network-based intrusion detection techniques operate by capturing traf c on a network segment and analyzing the content of the traf c as well as traf c patterns to determine whether the traf c exhibits any anomalies In order to capture traf c on a network segment, a network-based intrusion detection system (NIDS) must be hosted on a network element that can examine all the traf c transiting the network segment Thus a NIDS is typically attached to an entry/exit point of a network segment, such as a router or a rewall Once traf c packets have been captured, they need to be analyzed for anomalies This is performed in one of several ways.

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