Massive multiple-input-multiple-output (MIMO) systems support advanced applications with
high data rates, low latency, and high reliability in next-generation mobile networks …

Supporting non-orthogonal multiple access (NOMA) in non-coherent joint transmission
(NCJT) systems is beneficial for improving spectral efficiency (SE), but the interference …

The massive MIMO (multiple-input multiple-output) technology plays a key role in the next-
generation (5G) wireless communication systems, which are equipped with a large number …

Current and next generation wireless communication systems provide high sum‐rate and
better reliability. This requires multi‐antenna systems, where multiple antennas are required …

In multicell cellular networks, coordinated multiuser scheduling (CMUS) based on block
diagonalization precoding, which jointly selects the scheduled users among multiple base …

In this paper, we investigate a user selection and power allocation scheme to decrease the
system complexity and power consumption of downlink massive multiuser multipleinput …

In this paper, to improve spectral efficiency and mitigate interference in coordinated
millimeter-wave systems, we proposes an optimal user group and beam selection scheme …

In this paper we propose an optimal strategy to do rank adaptation, power control and user
selection (pairing) for both Single-User (SU) & Multi-User (MU) MIMO in Massive MIMO (MM) …

Massive multi-input multi-output (Massive MIMO) technology is considered as one of the
most breakthrough technologies in the fifth generation wireless communication networks …

Finding the intersection of two subspaces is of great interest in many fields of signal
processing. Over several decades, there have been numerous formulas discovered to solve …