ABSTRACT
This paper presents a nuclear radiation environment monitoring scheme based on the Internet of Things technology. The scheme primarily utilizes ZigBee wireless communication protocol, dedicated line network topology, and cloud-based processing techniques to achieve the entire process of acquisition, localization, transmission, tracking, monitoring, and management of X, γ, α, β, and neutron radiation data at nuclear radiation monitoring sites. Through initial application, the system demonstrates favorable characteristics such as good portability, strong scalability, secure information transmission, and deep data mining.
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Objective To study a monitoring instrument of multiple physiological parameters being capable of wireless long-distance transmission,low in power dissipation and price and small in size.Methods In combination of embedded technology and mobile communication technology,S3C2410 based on ARM9 core was used as main chip,ARM-Linux as embedded operation system and SIM300 as communication module connected to Internet,to complete wireless long-distance transmission of multiple physiological parameters.Results Tele-monitoring system of embedded multiple physiological parameters based on GPRS was realized.Conclusion The instrument is small,easily-expanded and reliable in the process of transmitting data,facilitating tele-monitoring and data sharing.
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Mobile network is used to transmit signals for telemedicine dynamic ECG monitoring system.In this way,ECG monitoring can be performed to patients at all times and places,thus really realizing telemedicine dynamic ECG monitoring.In the paper,the system is studied.The discussion on how to transmit ECG signals and feedback the diagnostic message through mobile network is presented in detail.
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OBJECTIVE To develop a non-paper,interactive,multiplex medium way,and to obtain the information disinfection protection on second level of time.METHODS Using the computer,the touchscreen,the personal digital assistant(PDA),the general packet radio service(GPRS),the pronounciation(man-machine conversation),the video frequency and the other advanced technology methods,to study and develop an electronic version of intelligent search engine system for disinfection protection.RESULTS Touching namely attained the applied and guided information,such as to fulfil exactly the disinfection technology standard for the medical workers in medical establishments,to provide the post work instruction;to correctly guide the disinfection protection for common family;and to build the communication platfrom with the enterprisers in order to meet the demand for disinfection protection appliances from the society,hospital and family.CONCLUSIONS The intelligent search engine system is feasible applying to use.
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Heart sounds teletransmission is very important in telemedicine.The heart sounds are transmitted to the server which has been accessed to internet in custody center based on GPRS,then doctors analyze the heart sounds and transmit the conclusion to the consumer.
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This paper introduces the design and implementation of a wireless mobi le medical equipment system based on GPRS. GRPS modem is applied to the wireless integration of digital medical equipments with RS232 interfaces into Internet. Thus, such of the system as the linkage with medical monitoring center and the w ireless mobile communication function are all fulfilled.
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This paper introduces the applications of network technology, wire and wireless technologies to designs of medical equipments. The theories and applications of such technologies are presented as the ones of serial communication, concurrent communication, USB interface, Bluetooth HomeRF, wireless network communication and GPRS.