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And the y-axis represents the total leakage interference P I. Figure4 implies that to achieve the interference of 0.5 from the initial point, the AHT algorithm requires 7.5% of its total iterations while MSP requires 45%.
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From Corollary 4, we can see that the required bandwidth ratio is a linearly decreasing function of the antenna number ratio (frac {max (M,N)}{min (M,N }) to achieve the interference-free performance.
The cumulative distribution functions in Fig. 7 show that labeling and coloring rules have been appropriately selected to achieve the minimal interference and maximal throughput objective.
We evaluate the required side-channel bandwidth to achieve the no-interference GDoF and DMT under different channel models such that the effect of inter-mobile interference can be completely eliminated via side channel.
We observe that in Case B, the required side-channel bandwidth to achieve the no-interference sum GDoF is not affected by the number of antennas in the system but received interference signal strength and side-channel signal strength levels.
However, larger side-channel bandwidth aids the no-CSIT system to achieve the no-interference upper bound.
In Case B, we can also derive the required bandwidth ratio under the no-CSIT assumption from Corollary 3, to achieve the no-interference performance.
From Corollary 3, we can also find out the required bandwidth ratio under the no-CSIT assumption in order to achieve the no-interference upper bound.
However, when we have more uplink transmit antennas, if we do not have CSIT, the extra spatial degrees-of-freedom are wasted and we need more side-channel bandwidth to achieve the no-interference performance.
In multi-user MIMO FBMC/OQAM downlink systems where the total number of receive antennas of the users exceeds the number of transmit antennas at the base station, the BD algorithm [14] or the BD-based technique [13] cannot be employed to achieve the multi-user interference or the intrinsic interference suppression.
Achieve the information about the interference situation in a fully distributed way.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com