Bit error rate reeducation over two-hop communication on internet of medical things

Since the beginning of the communication and information revolution, the use and integration of Internet of Things (IoT) and artificial intelligence sciences have become a vital issue in many areas of life. Due to the presence of portable medical devices, applications, and mobile health services that contribute to innovative drawing by making use of digital transformation and modern technologies in the health sector, and the spread of emerging technologies such as robotics and artificial intelligence, it is expected to rely more and more on "IoT" technologies in the coming years, by the ease of sharing health information through the internet, as well as the discovery of advanced treatment methods. This study is important because of the diversity of its application areas in many vital sectors, including the health sector, as it derives its importance from the importance of the topic it addresses. In general, data loss is likely to occur during data transmission in networks for some reasons, so a Cooperative algorithm has been proposed to avoid data loss in IoT systems. In recent years, different routing protocols have been introduced to send the collected data from the sender to the pool or the main node. In Cooperative communication, a sensor node can act as a source, a role, or a destination. In common routing protocols based on two-way communication methods, sensors or roles in the communication path between the source and destination work as transmitters, which leads to increasing the network performance. Also, since Cooperative communication allows for more frequent data collection, the data loss will be expected to be the least. Motivated by recent research on the knowledge transport channel and cooperative diversity, this study introduces coded collaboration in which collaboration is achieved through channel coding methods rather than direct transmission or duplication. So, in this study, the proposed cooperative communication algorithm is discussed, the bit error rate of the algorithm is analyzed, and the closed-form including the channel formulation is derived. Moreover, the diversity scheme of cooperative communication and the effectiveness of the protocol has been proven in the IoT healthcare system.