Wireless networks equipped with the CSMA protocol are subject to collisions due to
interference. For a given interference range, we investigate the tradeoff between collisions …

IEEE 802.11-based Stub Wireless Mesh Networks (WMNs) are a cost-effective and flexible
solution to extend wired network infrastructures. Yet, they suffer from two major problems …

This paper proposes a method to optimize the adaptive rate fallback (ARF) algorithm in
WLANs for industrial wireless network. The proposed algorithm is based on signal to noise …

This work seeks to develop an analytical model for the per-node throughput analysis of IEEE
802.11 WLAN networks with hidden nodes by extending the Bianchi's model. With the …

Despite decades of research on interference-oriented channel access scheduling, most
existing literature are either based on the physical interference model or the protocol …

Fiber to the Rooms paradigm is gaining a lot of attention recently. In this paradigm, the last
mile wireless (viz., IEEE 802.11×) connectivity, backed by optical fiber infrastructure …

Abstract Stub Wireless Mesh Networks (WMN) are multi-hop networks composed by
wireless routers and connected to an infra-structured network through a set of gateway …

An important field of application of wireless ad-hoc networks are disaster scenarios. In fact,
the self-organizing and infrastructure-less nature of wireless ad-hoc networks enables easy …

Nowadays, it is common to find multiple WLAN deployments coexisting in shared spaces.
The resulting interference between transmissions represents an important source of …

In this paper, a game-theoretical framework for the design of distributed algorithms that
control the transmission range (TR) of nodes in order to maximize throughput in Wireless …