A Zone-Based Intrusion Detection System for Wireless Ad Hoc Distribution Power Communication Networks
The wireless ad hoc distribution power communication networks (WAH-DPCNs) are particularly vulnerable due to its specific features. In this paper, we describe the new intrusion detection system called zone-based intrusion detection system (ZBIDS). This system is a distributed IDS, in which two levels of hierarchical structure is defined. The ZBIDS system can detect not only the simple intrusions without sequence characters by pre-classifier based anomaly detection but also the complicated intrusions with the special sequence characters by a Markov chain based anomaly detection. In addition, ZBIDS system realizes co-detection via the local and global aggregation-correlation engines. According to the simulation results, it can be seen that Markov chain based anomaly detection engine of ZBIDS has the very good intrusion detection capability
Abstract : The purpose of this thesis is to evaluate the systems engineering effort by the Aviation Research and Development Activity (AVRADA), the Airborne Engineering Research Activity (AERA), and support contractor DOSS to install the Trimble Global Positioning System (GPS) receiver onto Army helicopter platforms. This study is an example of a successful systems engineering effort to install a non-developmental item (NDI) onto existing aircraft platforms in response to an urgent requirement created by the deployment of aircraft for Operation Desert Shield.