The immunity to the interference of a radar operating with a pulse compression signal is an important feature. The matched filter is one of the elements of the radar, providing resistance to interference. A model of a matched filter to chirp signal has synthesized using the Simulink tool of the Matlab software. Two types of interference signals have fed to the matched filter input, and the output signals are measured. The matched filters degree of suppression against these two interference signals has been assessed. Inferences about the interference immunity of the radars operating with compressed signals have been made
With the increase in the number of radar systems/radio applications, FMCW radars currently face vari...
Automotive radar interference is an issue arising with the increasing amount of radar systems in au...
Millimetre-wave frequency-modulated continuous wave (FMCW) radars are at present widely deployed in ...
Pulse compressed signal enhances the jamming immunity of a radar operating with such a signal. The m...
The pulse compression technique uses a matched filter to extract an echo signal in the radars receiv...
The matched filter is one of the most important elements in the pulse compression technique. Pulse c...
Millimeter-wave (mm-wave) frequency-modu- lated continuous wave (FMCW) radars are increasingly being...
The paper is devoted to a method for finding the pulse response coefficients of simulation filters. ...
Abstract-A matched filter is the optimal linear filter for maximizing the signal to noise ratio (SNR...
The noise immunity of radars is essentially reduced under the simultaneous exposure to active noise ...
abstract: Radar systems seek to detect targets in some search space (e.g. volume of airspace, or are...
Radar sensors are common devices in daily traffic, especially for driver assistance and automotive s...
Abstract: One fundamental issue in designing a good radar system is it’s capability to resolve two s...
The aim of our project is to compare pulse compression of different waveforms using correlation of r...
It is well known that the standard matched filter used in radar pulse compression generates range si...
With the increase in the number of radar systems/radio applications, FMCW radars currently face vari...
Automotive radar interference is an issue arising with the increasing amount of radar systems in au...
Millimetre-wave frequency-modulated continuous wave (FMCW) radars are at present widely deployed in ...
Pulse compressed signal enhances the jamming immunity of a radar operating with such a signal. The m...
The pulse compression technique uses a matched filter to extract an echo signal in the radars receiv...
The matched filter is one of the most important elements in the pulse compression technique. Pulse c...
Millimeter-wave (mm-wave) frequency-modu- lated continuous wave (FMCW) radars are increasingly being...
The paper is devoted to a method for finding the pulse response coefficients of simulation filters. ...
Abstract-A matched filter is the optimal linear filter for maximizing the signal to noise ratio (SNR...
The noise immunity of radars is essentially reduced under the simultaneous exposure to active noise ...
abstract: Radar systems seek to detect targets in some search space (e.g. volume of airspace, or are...
Radar sensors are common devices in daily traffic, especially for driver assistance and automotive s...
Abstract: One fundamental issue in designing a good radar system is it’s capability to resolve two s...
The aim of our project is to compare pulse compression of different waveforms using correlation of r...
It is well known that the standard matched filter used in radar pulse compression generates range si...
With the increase in the number of radar systems/radio applications, FMCW radars currently face vari...
Automotive radar interference is an issue arising with the increasing amount of radar systems in au...
Millimetre-wave frequency-modulated continuous wave (FMCW) radars are at present widely deployed in ...