Analytical techniques are presented for evaluating the glint error reduction of frequency-agile tracking radars employing discrete frequency-hopping (FH). The techniques can be used to compare the tracking accuracies obtained with different procedures for frequency selection. The cases of random, cyclic, and hybrid FH are worked out in detail. An illustration using a simple alpha-beta tracking filter indicates that the preferred type of frequency selection usually depends on the filter gains used in a specific application.<>
On analytical evaluation of glint error reduction for frequency-hopping radars
IEEE Transactions on Aerospace and Electronic Systems ; 27 , 6 ; 891-894
1991-11-01
333922 byte
Article (Journal)
Electronic Resource
English
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