In this thesis, improvement of Cell Averaging Constant False Alarm Rate (CA CFAR) radar processors is studied. A new improvement method is proposed that will reduce probability of false alarm while keeping probability of detection at good values. This method makes use of Doppler spreading patterns that appear after Doppler processing. Therefore this method is called Doppler Pattern Matching (DPM). Performance of the algorithm has been investigated by Monte Carlo simulations. In order to evaluate the performance, improvement factor is calculated which is the ratio of the probability of false alarm of original detector to the false alarm of improved detector. It is observed that improvement factor changes depending on the simulation scenario....
Abstract This paper proposes a novel technique for detecting a target signal buried in clutter signa...
In this work a new radar detection method is proposed, the Cell Average Neural Network Constant fals...
Generally, because received signals from radar are very bulky, the data are divided into manageable ...
Conventional fixed threshold detectors set a fixed threshold based on the overall statistical charac...
Each radar has the function of surveillance of certain areas of interest. In particular, the radar a...
Monte Carlo Methods are introduced and used to estimate false alarm proba-bilities. The estimation o...
In radar signal detection, the problem is to automatically detect a target in a nonstationary noise ...
In this paper the performance of a combined Constant False Alarm Rate (CFAR) Compressive Sensing (CS...
Constant False Alarm Rate (CFAR) techniques provide an adaptive threshold to distinguish targets fro...
Optimum processor has received considerable attention in many areas of practical applications since ...
The detection of moving target (MTI) against clutter background represents one of the most important...
This thesis presents a simulation of an LFM pulse-Doppler radar for surface-to-air applications and ...
Radar systems have been used for decades to detect targets on the ground and in the air. The radar s...
In this report a novel scheme for adaptively "blanking-out " the radar resolution cells wh...
[[abstract]]A sinusoidal detector with adaptive thresholding CFAR (constant-false-alarm-rate) proces...
Abstract This paper proposes a novel technique for detecting a target signal buried in clutter signa...
In this work a new radar detection method is proposed, the Cell Average Neural Network Constant fals...
Generally, because received signals from radar are very bulky, the data are divided into manageable ...
Conventional fixed threshold detectors set a fixed threshold based on the overall statistical charac...
Each radar has the function of surveillance of certain areas of interest. In particular, the radar a...
Monte Carlo Methods are introduced and used to estimate false alarm proba-bilities. The estimation o...
In radar signal detection, the problem is to automatically detect a target in a nonstationary noise ...
In this paper the performance of a combined Constant False Alarm Rate (CFAR) Compressive Sensing (CS...
Constant False Alarm Rate (CFAR) techniques provide an adaptive threshold to distinguish targets fro...
Optimum processor has received considerable attention in many areas of practical applications since ...
The detection of moving target (MTI) against clutter background represents one of the most important...
This thesis presents a simulation of an LFM pulse-Doppler radar for surface-to-air applications and ...
Radar systems have been used for decades to detect targets on the ground and in the air. The radar s...
In this report a novel scheme for adaptively "blanking-out " the radar resolution cells wh...
[[abstract]]A sinusoidal detector with adaptive thresholding CFAR (constant-false-alarm-rate) proces...
Abstract This paper proposes a novel technique for detecting a target signal buried in clutter signa...
In this work a new radar detection method is proposed, the Cell Average Neural Network Constant fals...
Generally, because received signals from radar are very bulky, the data are divided into manageable ...