Title :
Receiver operating characteristics for a class of three channel receivers
Author :
Kenefic, Richard
Author_Institution :
Undersea Sensor Syst. Inc., East Columbia City, IN, USA
fDate :
4/1/1999 12:00:00 AM
Abstract :
The probability density function for signal absent is obtained for a class of three channel receivers commonly used for direction finding. The receiver considered here is closely related to the multiplicative array processors first considered by Miller (1973). The false alarm probability and noise mean are derived. The statistics for signal present appear to be intractable, but the false alarm statistics presented here may be used to properly set the threshold for a Monte-Carlo study of detection performance. Detection probability is presented for an example case
Keywords :
Gaussian distribution; Gaussian noise; Monte Carlo methods; direction-of-arrival estimation; radio direction-finding; signal detection; Gaussian noise; Monte-Carlo study; bearing estimation; detection performance; detection probability; false alarm probability; multiplicative array processors; noise mean; probability density function; radio direction finding; receiver operating characteristics; signal absent; signal statistics; three channel receivers; windowed FFT; Array signal processing; Bandwidth; Direction of arrival estimation; Envelope detectors; Frequency; Gaussian noise; Probability density function; Random variables; Receivers; Statistics;
Journal_Title :
Aerospace and Electronic Systems, IEEE Transactions on