The rapid increase in data traffic caused by the proliferation of smart devices has spurred the
demand for extremely large-capacity wireless networks. Thus, faster data transmission rates …

Network densification through the deployment of small cells along the coverage area of a
macro-cell, employing massive multiple input multiple output (MIMO) and millimeter-wave …

This paper proposes a hybrid multi-user equalizer for the uplink of broadband millimeter-
wave massive multiple input/multiple output (MIMO) systems with dynamic subarray …

The combination of millimeter wave (mmW) with massive MIMO is a promising approach to
achieve the multi Gb/s required by future wireless systems. Fully digital architectures are not …

With the emergence of 5G mobile multimedia services, end users' demand for high-speed,
low-latency mobile communication network access is increasing. Among them, the device-to …

The next generation of wireless systems has benefits in terms of spectrum and energy
inefficiencies by exploiting two promising techniques including Non-Orthogonal Multiple …

Most of the previous work on hybrid transmit and receive beamforming focused on
narrowband channels. Because the millimeter wave channels are expected to be wideband …

The main reason for the selection of single-carrier frequency division multiple access (SC-
FDMA) modulation technique in mobile high data rate communications lays in its low value …

The device-to-device (D2D) technology performs explicit communication between the
terminal and the base station (BS) terminal, so there is no need to transmit data through the …

Millimeter wave communication works in the 30–300 GHz frequency range, and can obtain a
very high bandwidth, which greatly improves the transmission rate of the communication …