Adaptive Channel Selection Control Equalizing Sojourn Time of Sending Uplink and Downlink Flows in Wireless Access Networks
Yosuke Tanigawa, Teramura Taku, Hideki Tode · 2019
Wireless access networks like wireless LANs have been diffused widely. However, as mobile devices and applications increase and become diverse, more devices with various packet generation rates are expected to access such wireless networks. In this paper, in wireless access networks in which wireless stations (STAs) and a base station (BS) communicate directly in a multichannel environment, we propose novel channel selection control. This proposal adaptively switches the channel, on which each of the STAs is operating, to assign sufficient communication bandwidth to all of the STAs and the BS regardless of their packet generation rates.