1、2040 单词， 10800 英文字符， 3100 汉字 出处： Meihua X, Yu F, Fangjie Z, et al. A remote medical monitoring system based on GSM networkC/ Iet International Communication Conference on Wireless Mobile and Computing. 2010:381-384. 毕业设计 (论文 )外文翻译 （ 译 文） 学院： 电子工程与自动化学院 专业： 电子信息科学与技术 学生姓名： 学号： 指导教师单位： 电子工程与自动化学院 姓名：
2、职称： 年月日 A Remote Medical Monitoring System Based on GSM Network X Meihua， F Yu， Z Fangjie， Z Qian Abstract This paper presents a remote medical monitoring systembased on GSM (Global System for Mobile communications)network. It is a kind of family medical network system.Firstly, the system structure
3、of the monitoring system isproposed,and thenthe design of each module is introduced.This system takes advantage of the powerful GSM network toimplement remote communication in the form of shortmessages and uses FPGA as the control center to realize thefamily medical monitoring network. Keywords: GSM
4、 network, temperature, blood pressure, heartrate, FPGA 1 Introduction With the gradual improvement of living standards and healthawareness, peoplepay more attention to their own healthconditions. It has become one of the socialdemands that onecan check and understand his own health status timely and
5、conveniently. However, on the one hand nowadays regularmedical check-up will need a large amount of time andenergy to queue in the hospital, and on the other hand due tothe limitation of time and space, doctors and the personrelated cannot grasp the patients conditions in time, whichwill make the si
6、tuation be worse. In this case, the remotemedical monitoring systems are created, which enable thepatients tomeasure some major physiologicalindices at homeand pass the related parameters to the doctors. But for themoment, medical monitoring systems are usually huge andmost of them realize the remot
7、e communication byconnecting to the mainframe computer through the Internet.Moreover, such systems cannot be carriedconveniently andcost a lot. In the paper, a remote medical monitoring system based onGSM network is proposed. It can collect several physiologicalparameters such as heart rate, blood p
8、ressure and temperature,and transmit these parameters in aid of GSM network. Such asystem not only has a low cost and a portable type, but alsooperates conveniently and can be extendable. Meanwhile, ifreceivers are installed in the hospital, many testing can beimplemented at home, which will be more
9、 convenience forthe patients to know their health state and see a doctor in time.This system can also enhance the modern messageadministration and the work efficiency of the hospital. 2 System outline This paper proposes a remote medical monitoring system 2based on GSMnetwork, including the network
10、architectureand implementation method, as shown in Figure 1. Thesystem is made up of user terminal equipments, GSMnetwork and hospital terminal equipments. GSM network isjust a commonly used mobile communication network.Hospital terminal equipments can be a personal computer(connected with GSM modul
11、es) or other receivingequipments such as the mobile phone of the related doctor,while user terminal equipments are used to collect,demonstrate and transmit kinds of physiological parameters.Firstly, the system designed in this paper makes use of theuser terminal equipments to collect various physiol
12、ogicalparameters. Next, the needed information will be transmittedto the hospital by GSM network so that professional medicalstaff can keep a close eye on the data and do analysis on theterminal equipments. Finally, they can transmit the feedbackinformation to the user with the help of GSM network.
13、Theoptional user terminal device is the focus in this design andwill be discussed in the following paragraphs. Figure 1 System outline 3 Design and development of the user terminaldevice Figure 2 shows the system block diagram of user terminaldevices, including the temperature acquisition module, bl
14、oodpressure/heart rate acquisition module, FPGA of Actel Fusionseries, information-sending and information-receivingmodule-GSM module, LCD displays and expansion modules.In the design there are several peripherals are used such asUART interfaces, IO interfaces and USB interface. FPGA isthe core desi
15、gn, who controls the blood pressure/heart ratemodule to collect the blood pressure and heart rate parametersvia UART1 and receives the parameters of the temperatureacquisition module by IO analogy serial ports. LCD1602 isconnected with FPGA directly by IO ports, which can displaythe real-time physiological parameters. Moreover, GSMmodule sends the related information under the control ofFPGA via UART2 so that the remote transmission of thephysiological parameters is implemented. Figure 2 System block diagram of user terminal devices 3.1 Core of the control module
