EFFICIENT ELIMINATION OF MULTIPLE-TIME-AROUND DETECTIONS IN PULSE-DOPPLER RADAR SYSTEMS

Clutter Detection in Pulse-doppler Radar Systems

CLUTTER DETECTION IN PULSE-DOPPLER RADAR SYSTEMS Ahmet Güngör M.S. in Electrical and Electronics Engineering Supervisor: Assist. Prof. Dr. Sinan Gezici August 2010 Among various types of radar systems, the pulse-Doppler radar is the most widely used one, especially in military applications. Pulse Doppler radars have a primary objective to detect and estimate the range and the radial velocity of...

Chapter 17 Pulse Doppler Radar

Fpga Based L - Band Pulse Doppler Radar

Doppler Tolerant Convolutional Windows for Radar Pulse Compression

Pulse compression technique is used to enhance radar performance in terms of more efficient use of high power transmitters and increasing the system resolving capability. The polyphase pulse compression codes (P3 and P4) which are derived from linear frequency modulated waveforms have low sidelobes and are Doppler tolerant. To reduce the sidelobes further different types of windows have been us...

Fast Pulse Doppler Radar Processing Accounting for Range Bin Migration

An airborne pulse Doppler radar depends on a combination of range selectivity and velocity selectivity to detect targets in ground cluttsr. In principle clutter sensitivity can be reduced by employing higher bandwidths for greater range resolution. However at a sufficiently high bandwidth the phenomenon of range bin migration occurs which precludes the use of conventional Doppler processing. He...