A framework to construct convergent interference avoidance (IA) algorithms in networks with
multiple distributed receivers (as in ad hoc networks) based on potential game theory is …

This paper discusses novel joint (intracell and intercell) resource allocation algorithms for
self-organized interference coordination in multicarrier multiple-input multiple-output (MIMO) …

In theory, complex-valued neural network (CVNN) is more suitable for processing complex
signals. In this paper, we propose an effective complex-valued neural network structure …

The traditional optimization algorithm of communication resource allocation in a complex
network has the disadvantage of weak antijamming ability, and the communication quality …

The demand for pervasive wireless access and the need for high data rates are expected to
grow in the future for fifth generation (5G) networks. This has been triggered by the huge …

Devices with multiple wireless interfaces are becoming increasingly popular. We envision
that these devices will become the building block for future mesh networks, providing …

Emergence of new wireless technologies has facilitated the way to higher data rates and
more robust communication links. Ultra wideband (UWB) is one of these promising …

The coexistence of multiple numerologies can cause interference and degrade system
performance in 5G devices. In this letter, a convolutional neural networks (CNN)-based …

Most research works of interference alignment (IA) focus on the symmetric networks. When
the difference of path loss is considered in asymmetric networks, topology management …

In a wireless network, the problem of self interference arises whenever a node transmits and
receives simultaneously in the same frequency band. So far only two extreme approaches to …