Abstract Radio Access Technology (RAT) classification and monitoring are essential for
efficient coexistence of different communication systems in shared spectrum. Shared …

Wireless body sensor networks are offered to meet the requirements of a diverse set of
applications such as health‐related and well‐being applications. For instance, they are …

Cognitive radios require fast reconfiguration of the protocol stack for dynamic spectrum
access and run-time performance optimization. In order to provide rapid on-the-fly …

With the increasing number of Unmanned Aerial Vehicles (UAVs) and their applications,
such as performing search and rescue or transplant organ delivery, the need for improving …

Simulation is still the most widely adopted performance evaluation technique in mobile ad
hoc network research, in spite of a growing number of questions about the fidelity of this …

In this article, we have examined how cyclostationary signatures can be used to create a
novel method of dynamic control channel design, and we have shown how this design …

Wireless sensor networks (WSN) and many other wireless communication systems utilize
the spectrum frequency of 2.4 GHz. Radio interference, intentional or not, is a serious threat …

In order to cope with the increasing complexity of wireless networks, dynamic spectrum
access, and varying application needs, fast and flexible reconfiguration of protocol stack is …

As communication on the move has become popular, research interest in wireless network
technologies has increased with the goal of providing efcient and reliable communication …

Wireless networks are becoming ubiquitous. They have numerous applications also outside
the cellular systems, for example in agriculture, multi-user games, health monitoring using …