High data rate transfers, high-definition streaming, high-speed internet, and the expanding
of the infrastructure such as the ultra-broadband communication systems in wireless …

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 Multiple Input Multiple Output (MIMO) using millimetre wave transmissions received
significant attention due to its significance of high data rate. However, achieving energy and …

Massive multi-input multi-output (MIMO) is realized as the principal technology in the
emerging fifth generation communication network system. Hybrid structure uplink …

Multiple-input, multiple-output (MIMO) wireless system technologies have attracted a lot of
attention because they dramatically increase the capacity of band-limited wireless channels …

Signal loss remains a persistent challenge in communication systems, impacting Multiple
Input Multiple Output (MIMO) systems, especially in the millimeter-wave (mm-Wave) context …

The goal of next-generation wireless systems is to support many users by achieving higher
data rates and reduced latency. Multiple input and multiple output systems (MIMO) are …

Multiple Input Multiple Output (MIMO) wireless systems offer substantial capacity gains over
conventional wireless channels, making them well-suited for future high-speed wireless …

This research presents a solution in Multiple Input Multiple Output (MIMO) wireless systems
to meet the growing demand for high data rates in cellular networks. Although MIMO …

Millimeter wave communication and massive MIMO technology are important ingredients for
the future generation communication system. In this context, hybrid precoding (HP) is one of …