Abstract: As WLANs employing IEEE 802.11 have become pervasive, many analytic models for predicting their performance have been developed in recent years.
Abstract-As WLANs employing IEEE 802.11 have become pervasive, many analytic models for predicting their performance have been developed in recent years.
Using data from an experimental test bed and packet-level ns-2 simulations, we investigate the veracity of these hypotheses. We demonstrate that several of ...
In this article, through simulation we investigate the veracity of the approximations shared by many models that have been developed starting with the ...
This work identifies areas where mathematical models need to be revisited and revised if they are to be used with confidence by protocol designers and WLAN ...
We identify common hypotheses on which a large number of distinct mathematical models of WLANs employing IEEE 802.11 are founded.
▻ Directly testing these hypotheses with test-bed data. ▻ Summary, thoughts and conclusions. David Malone. The validity of IEEE 802.11 MAC modeling hypotheses ...
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The proposed architecture is based on IEEE 802.11s WLAN mesh network, which is enhanced to provide adaptation depending on the environment of the network. We ...
Abstract: We identify common hypotheses on which a large number of distinct mathematical models of WLANs employing IEEE 802.11 are founded.
Investigating the validity of IEEE 802.11 MAC modeling hypotheses. Huang K.D., Duffy K.R., Malone D., Leith D.J.. Expand. Publication type: Proceedings Article.