For the sake of fulfilling the ever-increasing demands on the Internet of Things (IoT)
applications, researchers are implementing Cognitive Radio (CR) technology in Ad-Hoc …

Wireless communication demands rapidly increase due to the increase of Internet of Things
applications, which leads researchers to build secondary networks that exploit the spectrum …

Multi-channel non-time-slotted cognitive radio ad hoc networks are attractive to researchers
nowadays; because they utilize the spectrum efficiently and represent a useful network …

In this paper, we consider non-time slotted cognitive radio ad-hoc networks in order to
propose a routing protocol without a common control channel, thereby adhering to …

Cognitive radio ad hoc network (CRAHN) has been considered an efficiently spectrum-
aware communication paradigm in wireless networks because of its intrinsic properties of …

Abstract In recent times, Cognitive Radio Networks (CRNS) have been broadly investigated
in light of the unceasingly growing demands of the Internet of Things (IoT) applications …

There are differences between routing in traditional and in Cognitive Radio Networks
(CRNs). The availability of channels, periodic spectrum sensing, jammers activity, are some …

Recent developments of self-interference suppression techniques have enabled practical
implementations of full-duplex (FD) cognitive-radio (CR) communication systems. Such …

Routing and channel assignment schemes for cognitive radio networks (CRNs) are often
designed assuming the half-duplex (HD) transmission capability per user. However, recent …

Recent advances in full-duplex (FD) communications along with the introduction of the
concept of device-to-device communications have challenged the applicability of traditional …