On linear MMSE based turbo-equalization of nonlinear Volterra channels
Texte intégral
Figure
Documents relatifs
Based on a Volterra model of the satellite non linear communication channel, we derive a soft input soft output (SISO) radial basis function (RBF) equalizer that can be used in
3 plots the BER performance for four turbo-iterations for both the time and frequency domain MMSE equalizers: the exact MMSE linear equalizer, the time domain MMSE equalizer
By considering perfect information exchange between the SISO decoder and the linear MMSE equalizer, the performance reaches the matched filter bound, and a closed form expression of
Multicarrier data predistortion is considered at the transmitting gateway in combination with single carrier symbol rate equalization at the receiving user terminals 12.
al, “Multicarrier digital predistortion/equalization techniques for non-linear satellite channels,”in Proc.. 30th
In Section 2, we show that the frequency of the photon, emitted from the atom, is equal to the rotation frequency of the electron cloud’s center around the nucleus, averaged
In this section, we highlight two propositions which show in which sense Lie rackoids generalize Lie groupoids: Any Lie groupoid gives rise to a Lie rackoid via conjugation, and any
This paper proposes a multiple input adaptive MMSE turbo equalization scheme for an all-digital single carrier receiver in a time-varying channel environment.. An interleaver Π