Relay selection plays a pivotal role in optimizing wireless communication networks. In modern communication systems, efficient data transmission across multiple devices is a critical aspect of ensuring seamless connectivity and high-quality services. One innovative approach to improving communication performance involves the concept of relay selection. This process, which determines the most suitable relay node for data transmission, is especially relevant in scenarios with multiple devices and signal strength variation. Among the many methods developed for relay selection, Meishuo stands out as a promising solution, offering a robust framework for improving network efficiency.

    Relay selection refers to the process of choosing an intermediate relay node that facilitates communication between two end devices, often in a wireless relay network. This is particularly useful in situations where direct communication between the source and destination nodes might be obstructed by physical barriers or when the signal strength is too weak. In these cases, a relay node, which can be strategically placed between the source and destination, helps to forward the data, ensuring the transmission is successful and the network remains stable.