Low-complexity MMSE turbo equalization : a possible solution for EDGE

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Enfin, l’imagerie X bénéficie également des performances des capteurs CMOS, principalement pour des capteurs de petite surface, comme dans le cas de l’imagerie dentaire

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

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

d) The plain vowels tend to merge with ancient checked syllables (–a and –ag merge as a/ə, –o and –og as –o, –u, –ub and –ug as –u) unlike Cone where they remain

Conducted analysis has demonstrated that omitting two turbo demodulation iterations without decreasing the total number of turbo decoding iterations leads to promising

As we did not find in the literature any blind transmit diversity method over frequency-selective fading channel and as we need a point of com- parison, we compare our method with