Millimeter-wave (mmWave) communication is a promising technology for future wireless
communication systems. By utilizing the advanced lens antenna arrays, a mmWave lens …

This paper studies a device-to-device (D2D) LAN underlaying a cellular uplink, where
multiple D2D users (DUs) intend to communicate with a D2D receiver. Two interference …

With the 4G cellular networks reaching saturation, the 5G networks have recently attracted
growing attention and research efforts in both academic and industry communities. The 5G …

As a promising candidate for millimeter wave (mmWave) multiple-input and multiple-output
(MIMO) communications, hybrid precoding techniques can reap the benefit of large antenna …

In this work, the execution of an underlay's different information numerous yield Multiple
Input and Multiple Output (MIMO) intellectual radio framework is logically examined …

Abstract the mounting demand of wireless systems has put a bunch of restrictions on the
usage of existing radio spectrum which is limited and expensive resource. Cognitive radio …

This Chapter studies a D2D local area network (LAN) underlaying a cellular uplink, where
multiple DUs intend to communicate with a D2D receiver. Two interference coordination …

With the speedy development of wireless communication, the confliction between the scarce
frequency resources and therefore the low spectral potency caused by the stationary …

In this chapter, we present interference coordination techniques for multi-cell networks,
where cell-edge users may suffer from severe inter-cell interference. We consider both CSI …

Abstract 5G communication network is viewed as a “cognitive network” since it is featured by
the coexistence of multiple communication systems. Therefore, cognitive radio will play a …