Transint scattering from composite structures of arbitrary shape and its application to target identification /
Haythem Hussein Hussein Abdullah
Transint scattering from composite structures of arbitrary shape and its application to target identification / التشتت الانتقالى من تركيبات معقدة ذات أشكال اختيارية وتطبيقاتها فى التعرف على الأهداف الرادارية Haythem Hussein Hussein Abdullah ; Supervised Essam Abdelhalim Hashesh , Mostafa Elsaid Mostafa , Khalid Fawzi Hussein - Cairo : Haythem Hussein Hussein Abdullah , 2010 - 203P. : charts , facsimiles ; 30cm
Thesis (Ph.D.) - Cairo University - Faculty of Engineering - Department of Electronics and Communication
The trend of developing remote sensing systems has attracted attention of electromagnetic researchers for its important applications such as air - traffic control and air defense . Radar target identification is the core of the present study . The identification schemes depend on the division of the spectrum of back scattered signal from targets into three wavelenght regions the linear the oscillatory and the optical regions
Extinction Pulse Moment Method Target Identification
Transint scattering from composite structures of arbitrary shape and its application to target identification / التشتت الانتقالى من تركيبات معقدة ذات أشكال اختيارية وتطبيقاتها فى التعرف على الأهداف الرادارية Haythem Hussein Hussein Abdullah ; Supervised Essam Abdelhalim Hashesh , Mostafa Elsaid Mostafa , Khalid Fawzi Hussein - Cairo : Haythem Hussein Hussein Abdullah , 2010 - 203P. : charts , facsimiles ; 30cm
Thesis (Ph.D.) - Cairo University - Faculty of Engineering - Department of Electronics and Communication
The trend of developing remote sensing systems has attracted attention of electromagnetic researchers for its important applications such as air - traffic control and air defense . Radar target identification is the core of the present study . The identification schemes depend on the division of the spectrum of back scattered signal from targets into three wavelenght regions the linear the oscillatory and the optical regions
Extinction Pulse Moment Method Target Identification