Andere Kunden interessierten sich auch für
![Étude de faisabilité]( "Étude de faisabilité")
Étude de faisabilité23,99 €![Multi-Radar Track Fusion]( "Multi-Radar Track Fusion")
Multi-Radar Track Fusion32,99 €![Pulsed radar signals and intelligent system]( "Pulsed radar signals and intelligent system")
Pulsed radar signals and intelligent system36,99 €![Design and Implementation of Reconfigurable CRC Circuit using FPGA]( "Design and Implementation of Reconfigurable CRC Circuit using FPGA")
Design and Implementation of Reconfigurable CRC Circuit using FPGA36,99 €![IEEE 802.15.4 Protocol Implementation on FPGA]( "IEEE 802.15.4 Protocol Implementation on FPGA")
IEEE 802.15.4 Protocol Implementation on FPGA32,99 €![Fundamental optimized AES algorithm design in FPGA]( "Fundamental optimized AES algorithm design in FPGA")
Fundamental optimized AES algorithm design in FPGA36,99 €![Development of Efficient Hardware Architecture for Image Compression]( "Development of Efficient Hardware Architecture for Image Compression")
Development of Efficient Hardware Architecture for Image Compression48,99 €
Detection of weak target echo in the presence of strong clutter is the main objective of any RADAR. To evaluate the performance of RADAR it is required to generate the clutter of various types including land and sea. This clutter is of non Gaussian distribution such as lognormal, Weibull and k-type. In this book it is proposed to develop a clutter generation algorithm of given distribution type. This process consists of random number generator with Gaussian distribution converting into a non Gaussian using ZMNL (Zero Memory Nonlinearity Transformation) technique. It also includes amplitude shaping and addition other interference signals.