Design Of Monitoring Data Transmission Network In Remote Intelligent Healthcare Based On Internet Of Things

In recent years, with the rapid development of emerging Internet of Things technology and short-range wireless communications technology, remote medical monitoring network technology has become a hotspot, it is convinient for people to see a doctor, and it improves their own awareness of medical health care and promotes the development of hospital medical technology. The purpose of this paper is to propose a solution of monitoring data transmission network in remote intelligent medical which is based on Internet of Things technology, sensor technology, wireless communication technology and Internet technology. It is better to allow doctors to remotely diagnose human physiological health and provide timely medical services, and it will be more conducive to play a guardianship role on patients’physiology.The main points are summarized as follows:First, this paper designs a local data transmission scheme between the human physiological parameters acquisition end and the local S3C6410Android smart medical monitoring end based on wireless Zigbee and Bluetooth technology. Second, this paper plans a network solution between local medical monitoring end and remote S3C6410Android smart medical monitoring end in order to solve remote transmission of physiological data for remote doctors’ diagnosis and treatment supply. Third, considering that the medical monitoring software needs a better UI and user experience, medical monitoring end adopts Android smartphone operating system. Forth, in order to ensure the reliability and accuracy of the monitoring data, Android program introduces the Handler data processing mechanism and class AsyncTask, and it has reduced the complexity of data processing algorithms. This paper’s design solution of monitoring data transmission network in remote intelligent medical plays a positive role on hospital medical profession’s promotion and will make good practical values or social benefits.This paper has a detail discussion on software and hardware design architectures on monitoring data transmission network in remote intelligent medical in sub-modules, and it gives great ideas of concrete implementation. Through the analysis of experiment results of the monitoring network, the monitoring end can correctly detect and transmit the human physiological parameters, and it can provide timely medical services for patients, and this paper’s research has achieved the expected design goal.