The bistatic Doppler shift depends irreducibly on target position and velocity. This fact renders intractable an analytical assessment of the radar's global ability to counter stationary clutter. To avoid lengthy simulations, an easily applicable numerical solution for the cumulative distribution function of the Doppler shift is provided corresponding to plausible assumptions concerning the underlying probability distribution of the target position and velocity
The necessity of estimating the decrease in the accuracy of measuring the informative parameters of ...
In continuous emission bistatic radar, as in the case of Noise Radar and/or Passive Radar, a large ...
We propose a computationally efficient algorithm for localizing multiple targets on a delay-Doppler ...
[[abstract]]Based on the pseudorange correction adopted in GPS (global positioning system), the roun...
In this paper we investigate the effects of bistatic clutter spectral dispersion on STAP techniques....
We study the problem of jointly estimating the delays and Doppler shifts of multiple targets in a bi...
The scattering center of extended streamlined targets can slide when the direction of radiation is c...
The scattering center of extended streamlined targets can slide when the direction of radiation is c...
Passive radar systems can exploit various kinds of signals of opportunity, including analogue televi...
This work is devoted to signal processing and evaluation of Doppler radar. By Signal processing is s...
The purpose of this project is threefold: To determine the optimum range-Doppler characteristics of ...
This paper investigates the Doppler blind zone of bistatic transmitter and receiver configurations a...
This paper deals with the velocity estimation of a moving target by using bistatic radar.The illumin...
The focus of the work shall be on DVB-T PBR issues of range and Doppler migration of targets (of opp...
The necessity of estimating the decrease in the accuracy of measuring the informative parameters of ...
The necessity of estimating the decrease in the accuracy of measuring the informative parameters of ...
In continuous emission bistatic radar, as in the case of Noise Radar and/or Passive Radar, a large ...
We propose a computationally efficient algorithm for localizing multiple targets on a delay-Doppler ...
[[abstract]]Based on the pseudorange correction adopted in GPS (global positioning system), the roun...
In this paper we investigate the effects of bistatic clutter spectral dispersion on STAP techniques....
We study the problem of jointly estimating the delays and Doppler shifts of multiple targets in a bi...
The scattering center of extended streamlined targets can slide when the direction of radiation is c...
The scattering center of extended streamlined targets can slide when the direction of radiation is c...
Passive radar systems can exploit various kinds of signals of opportunity, including analogue televi...
This work is devoted to signal processing and evaluation of Doppler radar. By Signal processing is s...
The purpose of this project is threefold: To determine the optimum range-Doppler characteristics of ...
This paper investigates the Doppler blind zone of bistatic transmitter and receiver configurations a...
This paper deals with the velocity estimation of a moving target by using bistatic radar.The illumin...
The focus of the work shall be on DVB-T PBR issues of range and Doppler migration of targets (of opp...
The necessity of estimating the decrease in the accuracy of measuring the informative parameters of ...
The necessity of estimating the decrease in the accuracy of measuring the informative parameters of ...
In continuous emission bistatic radar, as in the case of Noise Radar and/or Passive Radar, a large ...
We propose a computationally efficient algorithm for localizing multiple targets on a delay-Doppler ...
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