We analyze the achievable rate of the uplink of a single-cell multi-user distributed massive
multiple-input-multiple-output (MIMO) system. Each user is equipped with single antenna …

The large-scale deployment of fifth generation (5G) is expected to produce a massive
amount of data with high variability due to ultra-densification and the rapid increase in a …

A heterogeneous network (HetNet) of a macrocell base station equipped with a large-scale
massive multi-in multi-out (MIMO) antenna array overlaying a number of small cell base …

Future 5G networks are expected to have the capabilities of providing extremely high data
rates, seamless coverage, massive number of connected devices, low latency, etc., in order …

Modern cellular networks in traditional frequency bands are notoriously interference-limited,
especially in urban areas, where base stations are deployed in close proximity to one …

Driven by the growing demand for quality assured mobility; new promising technologies
have emerged, such as 4G and 5G networks, in order to meet users' needs. Indeed, 4G …

Deploying access and backhaul as wireless links, aka integrated access and backhaul
(IAB), is envisioned as a viable approach to enable flexible and dense networks. Even …

Current approaches to the fronthaul for centralized, or cloud, radio access networks (C-
RANs) need to be revised to meet the requirements of next-generation mobile networks …

We consider the impact of transceiver power consumption on the energy efficiency (EE) of
the zero-forcing (ZF) detector in the uplink of massive MIMO systems, where a base station …

In this paper, a fundamental study of energy efficiency (EE) optimization for coordinated
multi-point (CoMP) simultaneous wireless information and power transfer (SWIPT) …