The radar has to resist diversified jamming; High Speed self-adaptive frequency agility is an important and effective function for radars to resist jamming. The procedure to achieve this function are described, and the function is realized with FPGA using Hardware description Language, the validity is proved by on- line sampling and simulation. The High speed self-adaptive frequency agility module can analyze the type of jamming to select transmitting frequency to avoid the frequencies which have interference, under frequency diversity and fixed frequency, respectively. The general application on a searching radar shows that the module has good real-time and anti- jamming capacity
Recent innovations like reconfigurable computing have allowed to easy experiment new architectures ...
In this thesis, we investigate the demodulation of a communications signal that is interfered with b...
The well-known range-Doppler coupling property of the LFM (Linear Frequency Modulation) pulse compre...
Abstract: Jamming is one of the main problems for the functioning of the radar. Surveillance radar ...
The jamming analysis transmission selection (JATS) sub-system is used in radar systems to detect and...
A new architecture for adaptive arrays using frequency hopping modulation is addressed. The resoluti...
The military applications of interference mitigation are numerous, with the most obvious application...
A new architecture for adaptive arrays using frequency hopping modulation is addressed. The resoluti...
Radar systems often use low power, continuous waveform radio frequency (RF) modulations and require ...
AbstractIn a modern battle, a ground-based radar jammer is asked to transmit many kinds of jamming o...
Abstract — Frequency-domain anti-jamming (FDAJ) algorithms achieve prominent performance on interfer...
Modern radar jamming scenarios are complex and changeable. In order to improve the adaptability of f...
This paper presents a high speed real-time target detection system for non homogenous environment ba...
The interrupted sampling repeater jamming (ISRJ) based on a digital radio frequency memory (DRFM) de...
For radar on a moving platform, clutter spectrum spreads in the angle (space) domain as well as in D...
Recent innovations like reconfigurable computing have allowed to easy experiment new architectures ...
In this thesis, we investigate the demodulation of a communications signal that is interfered with b...
The well-known range-Doppler coupling property of the LFM (Linear Frequency Modulation) pulse compre...
Abstract: Jamming is one of the main problems for the functioning of the radar. Surveillance radar ...
The jamming analysis transmission selection (JATS) sub-system is used in radar systems to detect and...
A new architecture for adaptive arrays using frequency hopping modulation is addressed. The resoluti...
The military applications of interference mitigation are numerous, with the most obvious application...
A new architecture for adaptive arrays using frequency hopping modulation is addressed. The resoluti...
Radar systems often use low power, continuous waveform radio frequency (RF) modulations and require ...
AbstractIn a modern battle, a ground-based radar jammer is asked to transmit many kinds of jamming o...
Abstract — Frequency-domain anti-jamming (FDAJ) algorithms achieve prominent performance on interfer...
Modern radar jamming scenarios are complex and changeable. In order to improve the adaptability of f...
This paper presents a high speed real-time target detection system for non homogenous environment ba...
The interrupted sampling repeater jamming (ISRJ) based on a digital radio frequency memory (DRFM) de...
For radar on a moving platform, clutter spectrum spreads in the angle (space) domain as well as in D...
Recent innovations like reconfigurable computing have allowed to easy experiment new architectures ...
In this thesis, we investigate the demodulation of a communications signal that is interfered with b...
The well-known range-Doppler coupling property of the LFM (Linear Frequency Modulation) pulse compre...