Add to ORKGWe propose a powerful new MAC/PHY cross-layer approach to estimating link quality in 802.11WLANs. Unlike previous approaches, we explicitly classify channel impairments into noise-related losses, collision induced losses, hidden-node losses and 802.11 impairments caused by exposed nodes and capture effects. Our approach distinguishes among these different types of impairments without requiring any modification to the 802.11 protocol and provides separate quantitative measures of the severity of each one. Our approach is suited to implementation on commodity hardware and we demonstrate both a prototype implementation and experimental assessments
We present a novel technique for accurately estimating the proportions of packet losses arising from...
We extend two approaches for estimating the proportions of frame losses at an 802.11 station due to...
We extend two approaches for estimating the proportions of frame losses at an 802.11 station due to...
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 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—In this paper we present the first field measurements taken using a new approach proposed ...
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...
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 present a novel technique for accurately estimating the proportions of packet losses arising from...
We present a novel technique for accurately estimating the proportions of packet losses arising from...
We present a novel technique for accurately estimating the proportions of packet losses arising from...
We extend two approaches for estimating the proportions of frame losses at an 802.11 station due to...
We extend two approaches for estimating the proportions of frame losses at an 802.11 station due to...
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 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—In this paper we present the first field measurements taken using a new approach proposed ...
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...
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 present a novel technique for accurately estimating the proportions of packet losses arising from...
We present a novel technique for accurately estimating the proportions of packet losses arising from...
We present a novel technique for accurately estimating the proportions of packet losses arising from...
We extend two approaches for estimating the proportions of frame losses at an 802.11 station due to...
We extend two approaches for estimating the proportions of frame losses at an 802.11 station due to...