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Throughput optimal switching in multi-channel WLANs
By: Mingyan Liu; Qingsi Wang;
2011 / IEEE / 978-1-61284-824-2
Description
This item was taken from the IEEE Conference ' Throughput optimal switching in multi-channel WLANs ' We observe that in a multi-channel system, an opportunistic channel access scheme that solely focuses on channel quality sensing measured by received SNR may induce users to use channels that, while providing better signals, are more congested. Ultimately the notion of channel quality should include both the signal quality and the level of congestion, and a good multi-channel access scheme should take both into account in deciding which channel to use and when. Motivated by this, we focus on the congestion aspect and examine what type of dynamic channel switching schemes may result in the best system throughput performance. Specifically we derive the stability region of a multi-user multi-channel WLAN system and determine the throughput optimal channel switching scheme within a certain class of schemes.
Related Topics
Telecommunication Congestion Control
Telecommunication Switching
Wireless Channels
Throughput Optimal Channel Switching
Multichannel System
Opportunistic Channel Access
Channel Quality Sensing
Snr
Congestion Level
Multichannel Access
Dynamic Channel Switching
System Throughput Performance
Stability Region
Multiuser Multichannel Wlan System
Stability Analysis
Switches
Ieee 802.11 Standards
Thermal Stability
Numerical Stability
Throughput
Approximation Methods
Multi-access Systems
Wireless Lan
Engineering
Signal Quality