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On the other hand, the ORR scheduler guarantees fair scheduling to all users.
In the meantime, 802.11ac and 802.11ac+ bring low fairness levels compared with the two fair scheduling protocols.
Therefore, not only the optimal set but also the fairness issue is considered by employing proportional fair scheduling algorithms (PFS) for MISO OFDMA systems[3].
Additionally, two fair scheduling protocols of 802.11ac+ give close-to-perfect user fairness even when the users experience different channel qualities.
Also, we demonstrate that two fair scheduling protocols of 802.11ac+ give a much better throughput fairness than 802.11ac, especially when users experience different channel qualities.
We examine the fairness issues involved in designing such an algorithm and study several fair scheduling algorithms that can be used with CAPS.
Third, we build two fair scheduling protocols based on the user scheduling of 802.11ac+ to achieve fairness among users.
Additionally, we extend our user selection algorithm to well-known fair scheduling protocols, Round-Robin (RR) and Proportional-Fair (PF), to achieve fairness among users.
The fair scheduling principally adopts maximum successive transmission and collision limit to terminate the fairness.
Then we propose a fair scheduling approach using multiple gateways.
First, we examine a simple, fair scheduling policy.
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