Next generation wireless networks concept aims at collaboration of various radio access
technologies in order to provide quality of service (QoS) supported and cost efficient …

In this paper, we characterize the wireless interference of a mobile ad hoc network, where
the nodes move according to the random waypoint model. The interferers are assumed to be …

In this paper, we model the aggregate interference power in directional beamforming mobile
networks. The work considers the random waypoint model to describe the mobility of the …

In this work, we characterize the wireless interference of a mobile ad hoc network, where the
nodes move according to the Random Waypoint model. The interferers are assumed to be …

Decentralized wireless networks offer distinct advantages but grapple with challenges
concerning spectrum efficiency and overall throughput. This thesis focuses on harnessing …

Cognitive radio (CR) technology seems to be a promising candidate for solving the radio
frequency (RF) spectrum occupancy problem. CRs strive to utilize the white holes in the RF …

It is well known that the stochastic nature of the interference deeply impacts on the
performance of emerging and future wireless communication systems. In this work we …

In next-generation wireless networks (NGWNs), user equipment (UE) are required to send
reports on their channel quality indicator (CQI) to maintain the overall service performance …

Adaptive and cognitive radios (CR) have been becoming popular for optimizing mobile radio
system transmission and reception. One of the most important elements of the adaptive radio …

Wireless systems are commonly affected by interference from various sources. For example,
a number of users that operate in the same wireless network can result in multiple-access …