A new generation of radar systems that exploit the polarizing characteristics of various targets and clutter are under develop ment. These radars utilize the high-range resolution techniques of frequency-agile fast Fourier transform techniques and are a radical departure from conventional pulse radar. The methods of simulating these new processes and typical results are shown.
Georgia Institute of Technology course notes Principles of Modern Radar. Radar Laboratory Experiments. Engineering Experiment Station Staff, Atlanta, Georgia ( 1981).
2.
Gjessing, D.T.Adaptive Radar in Remote Sensing. Ann Arbor Science Publishers, Ann Arbor, Michigan (1981).
3.
Ohio State University Report Polarization Properties of Radar Reflection. AD2494 Columbus, Ohio (1952 ).
4.
Russell, R.F. et al. "Analytical Research by Computer Simulation of Developmental Polarimetric/Frequency Pulsed Radars." TR-RE-83-7. ADA 129502. Redstone Arsenal, Alabama (1982).
5.
Ruttenberg, K. et al. "High Range Resolution by Means of Pulse Frequency Shifting." IEEE EASCON (1968 ).
6.
Skolnik, I.Introduction to Radar Systems. McGraw-Hill, New York, New York (1962).
