Radar signals are used for estimating location, speed and direction of an object. Some radars emit pulses, while others emit a continuous wave. Both types of radars emit signals according to some pattern; a pulse radar, for example, emits pulses with a specific time interval between pulses. This time interval may either be stable, change linearly, or follow some other pattern. The interval between two emitted pulses is often referred to as the pulse repetition interval (PRI), and the pattern that defines the PRI is often referred to as the modulation. Classifying which PRI modulation is used in a radar signal is a crucial component for the task of identifying who is emitting the signal. Incorrectly classifying the used modulation can lead t...
Low-probability-of-intercept (LPI) radars are notoriously difficult for electronic support receivers...
The radio frequency spectrum is becoming increasingly crowded and research efforts are being made bo...
The radio frequency spectrum is becoming increasingly crowded and research efforts are being made bo...
Radar signals are used for estimating location, speed and direction of an object. Some radars emit p...
Radar signals are used for estimating location, speed and direction of an object. Some radars emit p...
Radar systems are essential in the field of electronic warfare and radar signals are used for estima...
Radar systems are essential in the field of electronic warfare and radar signals are used for estima...
In electronic warfare, one of the key technologies is radar. Radar is used to detect and identify un...
In electronic warfare, one of the key technologies is radar. Radar is used to detect and identify un...
Radar is a central system in the field of electronic warfare used to estimate an object’s location, ...
Today, there is a demand for reliable ways to perform automatic modulation recognition of Low Probab...
Today, there is a demand for reliable ways to perform automatic modulation recognition of Low Probab...
This study evaluates noise robustness of convolutional autoencoders and neural networks for classifi...
This study evaluates noise robustness of convolutional autoencoders and neural networks for classifi...
This thesis combines radar signal processing, with data driven artificial neuralnetwork (ANN) method...
Low-probability-of-intercept (LPI) radars are notoriously difficult for electronic support receivers...
The radio frequency spectrum is becoming increasingly crowded and research efforts are being made bo...
The radio frequency spectrum is becoming increasingly crowded and research efforts are being made bo...
Radar signals are used for estimating location, speed and direction of an object. Some radars emit p...
Radar signals are used for estimating location, speed and direction of an object. Some radars emit p...
Radar systems are essential in the field of electronic warfare and radar signals are used for estima...
Radar systems are essential in the field of electronic warfare and radar signals are used for estima...
In electronic warfare, one of the key technologies is radar. Radar is used to detect and identify un...
In electronic warfare, one of the key technologies is radar. Radar is used to detect and identify un...
Radar is a central system in the field of electronic warfare used to estimate an object’s location, ...
Today, there is a demand for reliable ways to perform automatic modulation recognition of Low Probab...
Today, there is a demand for reliable ways to perform automatic modulation recognition of Low Probab...
This study evaluates noise robustness of convolutional autoencoders and neural networks for classifi...
This study evaluates noise robustness of convolutional autoencoders and neural networks for classifi...
This thesis combines radar signal processing, with data driven artificial neuralnetwork (ANN) method...
Low-probability-of-intercept (LPI) radars are notoriously difficult for electronic support receivers...
The radio frequency spectrum is becoming increasingly crowded and research efforts are being made bo...
The radio frequency spectrum is becoming increasingly crowded and research efforts are being made bo...