Title :
Proposed surface to air anti stealth technology for homeland security
Author :
El Diwiny, Marwa A. ; El-Sayed, Abou-Hashema M. ; Hassanen, EI-Sayed ; Abouelmagd, G.
Author_Institution :
Mechatron. & Ind. Robot. Program, Minia Univ., El Minia, Egypt
Abstract :
This paper handles a proposed algorithm of surface to air anti stealth technology for homeland security. The paper approach is anti stealth theory and it´s application by using fuzzy logic control. the anti stealth is done by exposing stealth EM 3500 wave absorber with non lethal pulsed ND YAG 532 then the electric permittivity enhanced and consequently reflection. The application of surface to air is done by determining important parameters as the borders range and creating virtual shape of laser beam hunter for the target through expecting it´s degree of freedom in the free space, fuzzy logic control can control the proposed system by inserting expected range of laser hunter beams finally the desired angle can be obtained for get more contact points on it´s surface to be visible of microwave radar.
Keywords :
fuzzy control; military systems; national security; permittivity; solid lasers; contact points; degree of freedom; electric permittivity; fuzzy logic control; homeland security; laser hunter beams; microwave radar; nonlethal pulsed ND YAG 532; stealth EM 3500 wave absorber; surface to air antistealth technology; virtual shape; Aircraft; Impedance; Lasers; Materials; Permittivity; Reflection; Anti Stealth Technology; Artificial Intelligence; Non lethal ND YAG laser; RAM materials; pattern recognition;
Conference_Titel :
Engineering and Technology (ICET), 2014 International Conference on
Conference_Location :
Cairo
DOI :
10.1109/ICEngTechnol.2014.7016785