Publication | Closed Access
WiZizz: Energy efficient bandwidth management in IEEE 802.11ac wireless networks
13
Citations
13
References
2015
Year
Unknown Venue
EngineeringChannel BondingEdge ComputingWireless LanComputer EngineeringIeee 802.11AcInternet Of ThingsWireless ComputingChannel BandwidthWireless AccessMedium Access ControlWireless Network ManagementEnergy-efficient Networking
In this paper, we propose a new power save operation as well as the corresponding protocol, called WiFi in Zizz (WiZizz), which judiciously exploits the characteristic of the channel bonding defined in IEEE 802.11ac and efficiently handles the channel bandwidth in an on-demand manner to minimize the traumatic energy spent by IEEE 802.11ac devices. Our extensive measurement and simulation show significant performance improvement (up to 73% energy saving) over a wide range of communication scenarios. In addition, the feasibility of easy implementation is demonstrated by a prototype with a commercial 802.11ac device. To the best of our knowledge, WiZizz is the first IEEE 802.11ac-congenial energy efficient bandwidth management while other existing approaches require costly modifications of the IEEE 802.11ac specification.
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