Consider a uniform train of M coherent short pulses transmitted by a radar and received with a Doppler shift. When thermal noise is present, let the mth sample of the return at the video be represented by the complex process Zm. A novel detection and Doppler estimation criterion is analyzed which depends on the semicoherent statistic \begin{equation*}{Z_{K}}^\prime = \sum_{m=k+1}^{M} {^{z}m^{z}m-k}^{ *}\end{equation*} where the asterisk stands for complex conjugate. Its characteristics are also studied when the real and imaginary parts of Zm are digitized to one bit.
A Semicoherent Detection and Doppler Estimation Statistic
IEEE Transactions on Aerospace and Electronic Systems ; AES-9 , 2 ; 151-165
1973-03-01
3111341 byte
Article (Journal)
Electronic Resource
English
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