IEEE 802.11 (WiFi) networks are used to provide Internet access anywhere anytime.
However, their performance is far below the achievable limits when multiple participants …

Even though hot spots and mesh networks increasingly realize the long-standing vision of
ubiquitous Internet access, our understanding of wireless protocols and system is still in its …

We consider the simplest IEEE 802.11 WLAN networks for which analytical models are
available and seek to provide an experimental validation of these models. Our experiments …

Efficient multihop traffic management is a need for successful Wireless Mesh Networks
(WMNs) deployment. Using an analogy with fluid mechanism, we classify a flow as laminar if …

Wireless mesh networks were designed as a mean to rapidly deliver large-scale
communication capabilities without the support of any prior infrastructure. Among the …

The knowledge of how to exactly deploy a wireless multi-hop network can be of interest for
both researchers and engineers. Engineers may be interested in the possibility of extending …

In wireless mesh networks, to analyze and debug the current and new protocols, packet-
level accurate information of protocol status is crucially needed. Thus, this demonstration …