A theoretical analysis of the sequential lobing technique for target angle tracking is presented. The signal power received by each antenna beam is assumed to pass through a logarithmic amplifier. A rigorous statistical approach is adopted in the analysis for both non-fluctuating and fluctuating targets. Closed form expressions are derived for the normalized mean error and rms error of the angle estimate for Swerling 0, I, II, and III targets. Results are compared with those obtained using a simplified approach for the non-fluctuating target.
Theoretical analysis of the sequential lobing technique
IEEE Transactions on Aerospace and Electronic Systems ; 35 , 1 ; 282-293
1999-01-01
817141 byte
Article (Journal)
Electronic Resource
English
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