Fifth and future generation (5G and B5G) wireless networks aim to serve users with higher
data rates and lower latency. Data traffic due to the rapid growth in communication has …

Massive MIMO technology has become a paradigm-shifting advancement in wireless
communication networks by utilizing large antenna arrays and advanced beamforming …

Abstract Multiple Input Multiple Output (MIMO) systems offer interesting advantages in terms
of throughput and reliability thanks to the diversity and spatial multiplexing technique …

DESIGN OF THINNED SMART ANTENNA OF SEMI-CIRCULAR DIPOLE ARRAY FOR 5G
MASSIVE MIMO SYSTEM Page 1 FACTA UNIVERSITATIS Series: Electronics and …

Massive MIMO (mMIMO) technology adopted by the fifth generation mobile communication
systems and beyond offers high reliability, spectral and energy efficiencies thanks to the big …

Large‐scale multiple input multiple output (MIMO), also known as massive MIMO, serves as
a transformative technology that effectively addresses the surging need for data‐intensive …

Nakagami-m distribution is utilized heavily in modelling multipath interferences in wireless
networks. However, the closed form of the quantile function of the distribution is not …

In this paper, a systematic procedure is presented to feed placement in multi-mode MIMO
antennas based on characteristic mode theory. Using modal radiated power, a circuit model …

The deployment of 5G wireless networks has enabled the investigation of numerous
potential applications across a variety of sectors. To enhance the efficiency of 5G systems, it …

In general, a concatenated RS/BCH code consists of an outer RS code and an inner BCH
code with separation by an interleaver. We create a novel BCS code using a new …