Pulse-burst radar attempts to capitalize on the advantages of both low and high PRF radar while minimizing their disadvantages. Optimization procedures are applied to the choice of transmitter signal and receiver weighting. The results are compared to the use of Tschebyscheff transmitter weighting with an optimized receiver. The effects of various design and operational parameters are indicated. The performance of pulse-burst radar is qualitatively compared to that of conventional low and high PRF Doppler radar. It is concluded that pulse-burst radar offers the possibility of achieving a solution to the MTI problem under operational conditions where conventional Doppler radars fail.
Some Results on Pulse-Burst Radar Design
IEEE Transactions on Aerospace and Electronic Systems ; AES-7 , 3 ; 486-498
1971-05-01
2928454 byte
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
Adaptive Quantizer for Burst Synthetic-Aperture Radar
NTRS | 1986
|Pulse-Burst Cross-Correlation Doppler Global Velocimetry
AIAA | 2020
|Pulse-burst cross-correlation Doppler global Velocimetry
AIAA | 2019
|Slope Coding of Coherent Pulse-Burst Waveforms
IEEE | 1975
|