SER ANALYSIS OF MASSIVE MIMO SYSTEMS USING SPACE TIME BLOCK CODING
Abstract
The state-of-the-art technology of massive multiple input-multiple output (MIMO) will be the foundation of future antenna systems, which have the potential to greatly improve the data speed and reliability of wireless communication without requiring more power or spectrum. For the next generation of wireless networks to achieve optimal spectrum efficiency and quality of service, multiple-antenna systems are essential. Considering this fact, a body of literature has been developed to provide useful insights into the design of small, decoupled multiple antennas for effective MIMO communications. Coding in space and time block code (STBC) Large-scale MIMO antennas are a topic of discussion that has arisen during this thesis's investigation and development. These antennas utilize a wide range of diversity techniques to make the most of the components' natural versatility. This thesis investigates the potential for constructing a small co-located multi-element antenna by merging many separate decoupled antennas and using the unique resonant modes of each. When related to previous state-of-the-art methods, the suggested method drastically lowers the symbol error rate (SER).
Keywords
massive multiple input-multiple output, symbol error rate, bit error rate, space and time block code.