In multi-hop ad hoc networks, stations may pump more traffic into the networks than can be
supported, resulting in high packet-loss rate, re-routing instability and unfairness problems …

Isoscalar dipole strength distributions in spherical medium-and heavy-mass nuclei are
calculated within random phase approximation (RPA) or quasiparticle RPA. Different …

In today's IEEE 802.11 Wireless LANs (WLANs), eg, the popular IEEE 802.11 b, stations
support multiple transmission rates, and use them adaptively depending on the underlying …

Hidden nodes are a fundamental problem that can potentially affect any wireless network
where nodes cannot hear each other. Although the hidden node problem is well known, so …

Due to its usefulness and wide deployment, IEEE 802.11 has been the subject of numerous
studies, but still lacks a complete analytical model. Hidden terminals are common in IEEE …

The study of the 802.11 standard has been very intense for more than a decade now.
Several works have striven at understanding its performance, even in the simplest topology …

In a multi-hop ad-hoc network, stations may pump more traffic into it than can be supported,
resulting in high packet-loss rate, rerouting instability and unfairness problems. The paper …

Due to the massive growth in the number of wireless devices and their traffic, the problem of
sharing channel access has become much severe in wireless networks. Group …

The presence of physical obstacles and radio interference results in the so called “shadow
regions” in wireless networks. When a mobile station roams into a shadow region, it loses its …

We present an empirical, ie, measurementbased, characterization of the instantaneous
throughput of a station in an 802.11 b WLAN as a function of the number of competing …