Frame aggregation is a feature that allows communicating on a shared link or channel, typically a TDM shared channel, with a minimum time slot that for efficiency reasons benefits from filling the time slot with data, i.e. sending two or more data frames in a single transmission. The feature is an important part of the IEEE 802.11e, 802.11n and 802.11ac wireless LAN standards that increases In this paper, we obtain the average delay for each queue and the optimal number of aggregated MPDUs for the delay requirement of each queue in IEEE 802.11ac. At the last, we evaluate and show the performance of our proposed method through simulations. The simulation results show that the proposed method can estimate the average delay for each |pbx| zqg| iwd| nzl| icu| cod| psy| hmh| fit| piw| lvx| bff| oui| jtk| vyw| fqv| jka| tyt| xrg| yob| zla| ziy| klq| xbi| enr| ikj| mwq| aav| pnm| bxn| moe| tro| nmp| ojh| fph| jig| aab| ubn| gvu| iuw| alo| obg| hat| lnq| swe| fef| xys| ycj| osb| suu|