A Finite Element Implementation of Mooney-Rivlin's Strain by Dettmar J.

By Dettmar J.

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This produced a secondary effect concerning the up to date of the technology used to detect underwater sources: traditional sonar systems resulted to be insufficient to solve this task, bringing back importance to magnetic based systems [4, 5]. The analysis and comparison of the performances of the two different Á. Herrero et al. ): Computational Intel. in Security for Info. Systems, AISC 63, pp. 37–44. com © Springer-Verlag Berlin Heidelberg 2009 38 D. Leoncini et al. approaches point out their peculiarities: acoustic arrays guarantee optimum volumetric control but lack in peripheral surveillance; vice versa magnetic subsystems achieve high peripheral security performances but partially fail in volumetric control.

Approaches point out their peculiarities: acoustic arrays guarantee optimum volumetric control but lack in peripheral surveillance; vice versa magnetic subsystems achieve high peripheral security performances but partially fail in volumetric control. These considerations suggest the integration of both detection approaches into a dual system [6]. This integration guarantees a good effectiveness to the complete system: overlapping of the acoustic and magnetic subsystems supplies shadow areas avoidance and consequently prevents possible intrusions.

19–27. A. com 20 R. Basagoiti et al. of log data. In Section 3 we analyse the nature of the problem and we define some aspects to be considered. Section 4 describes the experiments and the results we have obtained. Finally, Section 5 provides some conclusions and ongoing challenges. 2 Related Work The research in Intrusion Detection began in the 1980s when Anderson suggested that the normal behavior of a user could be characterized analyzing his/her usual set of event logs. Since then, the area has attracted a significant number of researchers.

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