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(a) The FD 82 MIMO adaptive equalizer block diagram, and (b) a graph showing how much computational power is needed in relation to the total number of taps.

(a) The FD 82 MIMO adaptive equalizer block diagram, and (b) a graph showing how much computational power is needed in relation to the total number of taps.

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Fig. 2: (a) The FD 82 MIMO adaptive equalizer block diagram, and (b) a...
Fig. 3: (a) Experimental setup and optical spectra of (b) 64-and (c)...
Fig. 4: The following are the findings of certain experiments: (a) SNR...
Use of frequency-domain 8x2 MIMO equalization to generate and detect high-speed signals at 128 Gbaud (1.8 Tb/s) and 64 Gbaud (1.03 Tb/s)
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  • Jan 2023
The aim of this thesis to demonstrate net signal rates of 1 TB/s and 1.8 TB/s, respectively, for 16-bit and 14-bit (4-D) symbol information at 64 and 128 GBaud by precisely equalizing imperfections on both the transmitter and receiver sides using frequency-domain 8x2 multi-input multiple-output nonlinear pre-distortion and linear equalization. Thes...
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Fig. 1. An illustration of the MIMO covert communications system.
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