Abstract — Many radars suffer from masking of weaker targets by stronger ones due to range sidelobes of pulse compression codes. We propose a method to prevent this by successively detecting targets and canceling their effects. Performance of the proposed method will be investigated in various scenarios with regard to existence of noise, targets, and the Doppler effect. I
Pulse compression is used in radar systems to improve range resolution while maintaining a high duty...
Includes bibliographical references (pages 39-42)This project describes a method of reducing integra...
Range Detection is the maximum distance across which a target can detect a target. Range Resolution ...
any radars suffer from masking of weaker targets by stronger ones due to range sidelobes of pulse co...
Abstract: One fundamental issue in designing a good radar system is it’s capability to resolve two s...
This study deals with a specific aspect of the well-known problem of the variation of the radar cros...
It is well known that the standard matched filter used in radar pulse compression generates range si...
Pulse compression is used to achieve large radiated energy but simultaneously a short pulse for rang...
The well-known range-Doppler coupling property of the LFM (Linear Frequency Modulation) pulse compre...
The performance of modern radar systems mostly depends on the radiated waveforms, whose design is th...
Range resolution for given radar can be improved by using very short pulses. But utilizing short pul...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
Radio Detection And Ranging, RADAR, is a system that is used to detect and track a target at distant...
It is well known that two or more radars operating in close proximity, at the same time, and in the ...
Moving targets are a real threat to pulse compression radars, especially those operating with Dopple...
Pulse compression is used in radar systems to improve range resolution while maintaining a high duty...
Includes bibliographical references (pages 39-42)This project describes a method of reducing integra...
Range Detection is the maximum distance across which a target can detect a target. Range Resolution ...
any radars suffer from masking of weaker targets by stronger ones due to range sidelobes of pulse co...
Abstract: One fundamental issue in designing a good radar system is it’s capability to resolve two s...
This study deals with a specific aspect of the well-known problem of the variation of the radar cros...
It is well known that the standard matched filter used in radar pulse compression generates range si...
Pulse compression is used to achieve large radiated energy but simultaneously a short pulse for rang...
The well-known range-Doppler coupling property of the LFM (Linear Frequency Modulation) pulse compre...
The performance of modern radar systems mostly depends on the radiated waveforms, whose design is th...
Range resolution for given radar can be improved by using very short pulses. But utilizing short pul...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
Radio Detection And Ranging, RADAR, is a system that is used to detect and track a target at distant...
It is well known that two or more radars operating in close proximity, at the same time, and in the ...
Moving targets are a real threat to pulse compression radars, especially those operating with Dopple...
Pulse compression is used in radar systems to improve range resolution while maintaining a high duty...
Includes bibliographical references (pages 39-42)This project describes a method of reducing integra...
Range Detection is the maximum distance across which a target can detect a target. Range Resolution ...