A nonlinear filtering approach to estimation and detection in mobile communications.

The paper develops an open-loop digital receiver suitable for operation with frequency flat-fading channels disturbed by fast-fading conditions and large carrier phase variations. The receiver consists of a bank of ?matched? stochastic nonlinear filters (NLFs) and a maximum a posteriori probability...

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Detalles Bibliográficos
Publicado en:	IEEE Journal on selected areas in communications 16, 9 (1998).
Autor principal:	Nunes, F.D
Formato:	Artículo
Lenguaje:	English
Materias:	Gaussian functions. MAP decision processor. Tikhonov functions. All-digital modems. Carrier amplitude. Carrier phase distortion. Error probabilities. Extended Kalman-Bucy filter. Fast-fading. Frequency flat-fading channels. Information preserving strategy. Innovations processes. Large carrier phase variations. Matched stochastic nonlinear filters. Maximum a posteriori probability. Minimum Kullback distance criterion. Mobile radio communications. Multiplicative distortion. Nonlinear filtering. Open-loop digital receiver. Phase acquisition. Probability densities. Receiver parameters. Simulations. Symbol interval. Symbol-by-symbol detection.