Add to ORKGWe propose a powerful MAC/PHY cross-layer approach to measuring IEEE 802.11 transmission opportunities in WLAN networks on a per-link basis. Our estimator can operate at a single station and it is able to: 1) classify losses caused by noise, collisions, and hidden nodes; and 2) distinguish between these losses and the unfairness caused by both exposed nodes and channel capture. Our estimator provides quantitative measures of the different causes of lost transmission opportunities, requiring only local measures at the 802.11 transmitter and no modification to the 802.11 protocol or in other stations. Our approach is suited to implementation on commodity hardware, and we demonstrate our prototype implementation via experimental ass...
We extend two approaches for estimating the proportions of frame losses at an 802.11 station due to...
Current 802.11 networks do not typically achieve the maximum potential throughput despite link adapt...
We present a novel technique for accurately estimating the proportions of packet losses arising from...
We propose a powerful MAC/PHY cross-layer approach to measuring IEEE 802.11 transmission opportunit...
We propose a powerful MAC/PHY cross-layer approach to measuring IEEE 802.11 transmission opportunit...
We propose a powerful MAC/PHY cross-layer approach to measuring IEEE 802.11 transmission opportunit...
Abstract—We propose a powerful MAC/PHY cross-layer ap-proach to measuring IEEE 802.11 transmission o...
We propose a powerful new MAC/PHY cross-layer approach to estimating link quality in 802.11WLANs. U...
We propose a powerful new MAC/PHY cross-layer approach to estimating link quality in 802.11WLANs. U...
We propose a powerful new MAC/PHY cross-layer approach to estimating link quality in 802.11WLANs. U...
We present a novel technique for accurately estimating the proportions of packet losses arising from...
Abstract—In this paper we present the first field measurements taken using a new approach proposed ...
Abstract—In this paper we present the first field measurements taken using a new approach proposed ...
Abstract—In this paper we present the first field measurements taken using a new approach proposed ...
We evaluate two approaches for estimating the proportions of frame losses at an 802.11 station due t...
We extend two approaches for estimating the proportions of frame losses at an 802.11 station due to...
Current 802.11 networks do not typically achieve the maximum potential throughput despite link adapt...
We present a novel technique for accurately estimating the proportions of packet losses arising from...
We propose a powerful MAC/PHY cross-layer approach to measuring IEEE 802.11 transmission opportunit...
We propose a powerful MAC/PHY cross-layer approach to measuring IEEE 802.11 transmission opportunit...
We propose a powerful MAC/PHY cross-layer approach to measuring IEEE 802.11 transmission opportunit...
Abstract—We propose a powerful MAC/PHY cross-layer ap-proach to measuring IEEE 802.11 transmission o...
We propose a powerful new MAC/PHY cross-layer approach to estimating link quality in 802.11WLANs. U...
We propose a powerful new MAC/PHY cross-layer approach to estimating link quality in 802.11WLANs. U...
We propose a powerful new MAC/PHY cross-layer approach to estimating link quality in 802.11WLANs. U...
We present a novel technique for accurately estimating the proportions of packet losses arising from...
Abstract—In this paper we present the first field measurements taken using a new approach proposed ...
Abstract—In this paper we present the first field measurements taken using a new approach proposed ...
Abstract—In this paper we present the first field measurements taken using a new approach proposed ...
We evaluate two approaches for estimating the proportions of frame losses at an 802.11 station due t...
We extend two approaches for estimating the proportions of frame losses at an 802.11 station due to...
Current 802.11 networks do not typically achieve the maximum potential throughput despite link adapt...
We present a novel technique for accurately estimating the proportions of packet losses arising from...