The recent increasing interest in ad hoc networks has motivated the study and development
of interference models capable of capturing the intrinsic characteristics of this kind of …

Surface waves travelling in water of finite depth may be scattered by a region of undulating
bottom topography. The present study is concerned with the idealized two-dimensional …

The importance of spatial reuse in wireless ad-hoc networks has been long recognized as a
key to improving the network capacity. One can increase the level of spatial reuse by either …

We define and study the scheduling complexity in wireless networks, which expresses the
theoretically achievable efficiency of MAC layer protocols. Given a set of communication …

The aggregate throughput of a wireless ad hoc network depends on the channel capacity,
channel utilization (ie, the fraction of channel capacity used for generating good put), and …

The book is not a treatise on all aspects of wireless ad hoc networks and sensor networks.
Rather, it attempts to bridge the gap between different viewpoints on the subject (the most …

Physical carrier sensing is an effective mechanism of medium access control (MAC)
protocols to reduce collisions in wireless networks, and the size of the carrier sensing range …

The network reliability and availability in wireless multi-hop networks can be inadequate due
to radio induced interference. It is therefore common to introduce redundant nodes. This …

In the interference scheduling problem, one is given a set of n communication requests
described by pairs of points from a metric space. The points correspond to devices in a …

We analyze the performance of an interference-limited decode-and-forward cooperative
relaying system that comprises a source, a destination, and N relays, arbitrarily placed on …