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With its low complexity equalization ability, the HNN MLSE equalizer can find application in systems with extremely long memory lengths, where conventional optimal equalizers cannot be applied.
Throughout the simulations, we consider the frequency-selective channels with memory lengths L SD = L SR 1 = L SR 2 = L R 1 R 2 = L R 2 R 1 = L R 1 D = L R 2 D = 2.
The theoretical results prove that our proposed scheme achieves the spatial diversity order of, where and are the channel memory lengths for the links from to and from to, respectively.
Note that as the channel memory lengths of the underlying channel links increase, the complexity of MMSE-ZP-OFDM, M-ZP-OFDM, and the LC-ZP-OFDM receiver increases.
In general, in an online system a voice activity detection module is needed to identify speech inactive periods, and for fast-varying nonstationary input noises, robust algorithms are needed to estimate time-varying noise properties with adaptive memory lengths.
From these analyses, it is clear that NI-JED is extremely expensive in terms of the number of computations required, even for moderate channel memory lengths, encoder constraint lengths, and interleaver depths.
Similar(54)
memory length.
and a memory length of M+L ′.
Its complexity is exponential in encoder constraint length and approximately linear in the channel memory length.
(In practical systems, the data block length is larger that the channel memory length).
This channel memory length covers all possible propagation scenarios including the worst case.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com