Remote health monitoring system modeling for cyber-physical systems

Abstract

Cyber-physical systems is a general term given to smart systems and smart production lines with communication, control and calculation capabilities that emerged with Industry 4.0. It is often mentioned with the concept of internet of things. In this study, a simulation environment for the use of cyber-physical systems in the field of health has been designed. The throughput ratio and end-to-end delay results have been investigated in a single-hop star topology network with IEEE 802.15.6 protocol, which is composed of wireless sensor and actuator nodes. In addition, low priority nodes are exposed to starvation when different prioritization is used in wireless communication protocols. As a solution to this problem, the aging technique has been used for the starvation mitigation. According to the results obtained, it has been observed that the proposed cyber-physical system is successful.