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IEEE/ICACT20230234 Slide.13
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Furthermore, it shows the change in expected value when both p_A and p_B are varied. Optimal number of ranks moves from 4 to 2 as probability of interferences A and B increases. Slopes of ranks 3 and 4 were roughly consistent when the probability of interference A was 50%. It can be seen that the expected channel capacity can be maintained by selecting the appropriate rank according to probability. | |
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