Emerging communication technologies, such as 5G and beyond, have introduced diverse
requirements that demand high performance and energy efficiency at all levels …

This paper proposes a deep learning algorithm to decode spheres in order to solve the multi-
input multi-output (MIMO) receiver's detection problem. The modified K and K1 sphere …

Future generation communication devices, particularly the Internet of Things (IoTs) demand
for low bit error rate (BER) and higher spectral efficiencies. In this context, a low complexity …

The problem of arbitrarily selecting only some of the antennas for signal reception in the
multiuser massive multiple-input multiple-output (MIMO) uplink is examined. A binary …

The main aim of the physical layer is to boost the data rates over wireless channel with
better quality of services (QOS), thereby, increasing the efficiency and reliability of new …

Next generation wireless communication system demands very high data rate for multimedia
applications. In this context, the massive MIMO boost up the standard of MIMO as compared …

In this paper, a new K best sphere decoder is proposed for a 16*16 MIMO receiver, in which
the radius is determined by a deep learning mechanism using neural networks. The …