부산대학교 도서관

It is of great importance to provide a neutral temperature environment that is conducive to the growth and development of the premature babies, who have a small gestational age and low weight and therefore are prone to have various growth and development problems. This paper designs a central real-time monitoring system for premature baby incubator by taking environmental temperature control as the main entry point. The incubator collects environment data by using temperature and humidity sensors and web cameras and displays the data of multiple incubators centrally in the central monitoring interface through networking technology so as to realize real-time and centralized monitoring of the living environment and physical state of multiple premature babies. Therefore, the incubator can effectively reduce the probability of medical accidents and safeguard the healthy growth of premature babies. In consideration of the significant influence of environmental noise on the sleep of premature babies, the monitoring and suppression of noise from incubator will be carried out in further studies.