In recent times, artificial intelligence (AI) has gained considerable attention as a highly
promising technology for enhancing the performance of multiple-input multiple-output …

The exponentially growing data traffic in modern communication systems results in the rise
of both the shortage of system information rate and extra emissions of carbon. Large-scale …

Lately, there has been a substantial surge of interest in artificial intelligence (AI) as a
promising technology to tremendously elevate the efficiency of multiple-input multiple-output …

The energy consumption of massive multiple‐input multiple‐output (MIMO) systems
increases with the number of antennas. Optimizing the energy efficiency (EE) of massive …

Future communication systems aim to provide very high data rate seamless service to users.
Massive Multiple Input Multiple Output (MIMO) is emerging as a technology to address this …

In this era of communication technology, it is desirable to increase the data rate while
minimizing the error to improve the system's reliability. One of these techniques is massive …

Recent interest in artificial intelligence (AI) for wireless communication networks has grown
significantly for multiple-input multiple-output (MIMO) detection. AI techniques, particularly …

To shift at higher and wider unused available frequency spectrum for wireless
communication application is not an ultimate feasible solution, until and unless the available …

Future cellular wireless communication is likely to be shifted at mmWave band and results in
large propagation loss. The loss can be reduced by shorter range and LoS type of …

Our work is developed in context of studing Massive MIMO in a 5G context. The aim is to
optimize spectral efficiency of several users hyper MIMO system during Uplink …