Add to ORKGA method for estimating radar emitter pulse repetition interval parameters from intercepted emissions is presented. Adaptive parameter estimates based on certain measurements are derived. The measurements are obtained by a readily implementable observation procedure. The approach can deal with emitters with variable pulse repetition interval in a dense environment. Computer simulation results for the techniques are included
In this thesis, the radar pulse repetition interval (PRI) tracking with Kalman Filter problem is inv...
The necessity of estimating the decrease in the accuracy of measuring the informative parameters of ...
A relatively simple time domain method is developed to calculate the time of arrival for radar signa...
The article presents some possibilities of same type radar copies identification with the use of gra...
A radar pulse train demodulated from a received signal is characterised by a stream of pulses separa...
Abstract Signals of radars with fixed, stagger and other conventional pulse repetition intervals (PR...
The aim of the paper is to give some useful estimates for radar pulse intercept times when emitter a...
Space-time adaptive processing (STAP) is an important airborne radar technique used to improve targe...
We discuss the application of signal parameter estimators for periodic point process signals with mi...
The paper describes a relatively simple quasioptimal measurer of pulse repetition period based on ma...
As part of the processing of tracking targets, surveillance radars detect the presence of targets an...
One of the advantages of a netted airborne radar system (NARS) is escaping interception of the passi...
The results of the analysis of various classes adaptive algorithms for self-adjustment of adaptive d...
Electronic warfare (EW) is drawing more attention in recent years. This is due to the dependency on ...
The object of the study is to evaluate the quality of the frequency distribution of aircraft, which ...
In this thesis, the radar pulse repetition interval (PRI) tracking with Kalman Filter problem is inv...
The necessity of estimating the decrease in the accuracy of measuring the informative parameters of ...
A relatively simple time domain method is developed to calculate the time of arrival for radar signa...
The article presents some possibilities of same type radar copies identification with the use of gra...
A radar pulse train demodulated from a received signal is characterised by a stream of pulses separa...
Abstract Signals of radars with fixed, stagger and other conventional pulse repetition intervals (PR...
The aim of the paper is to give some useful estimates for radar pulse intercept times when emitter a...
Space-time adaptive processing (STAP) is an important airborne radar technique used to improve targe...
We discuss the application of signal parameter estimators for periodic point process signals with mi...
The paper describes a relatively simple quasioptimal measurer of pulse repetition period based on ma...
As part of the processing of tracking targets, surveillance radars detect the presence of targets an...
One of the advantages of a netted airborne radar system (NARS) is escaping interception of the passi...
The results of the analysis of various classes adaptive algorithms for self-adjustment of adaptive d...
Electronic warfare (EW) is drawing more attention in recent years. This is due to the dependency on ...
The object of the study is to evaluate the quality of the frequency distribution of aircraft, which ...
In this thesis, the radar pulse repetition interval (PRI) tracking with Kalman Filter problem is inv...
The necessity of estimating the decrease in the accuracy of measuring the informative parameters of ...
A relatively simple time domain method is developed to calculate the time of arrival for radar signa...