DocumentCode
2115292
Title
Design of Distributed Intelligent Physiological Parameter Monitor System Based on Wireless Communication Technology
Author
Chen, Yu ; Wang, Xi
Author_Institution
Zhengzhou Inst. of Aeronaut. Ind. Manage., Zhengzhou
fYear
2008
fDate
18-18 Dec. 2008
Firstpage
403
Lastpage
406
Abstract
According to disadvantages of conventional artificial monitor style or wire transmission monitor style, we adopt wireless communication network between field controllers and monitor central PC to design a distributed clinic medical intelligent physiological parameter data monitor system based on sensor technology, single chip microprocessor (SCM) technology, and visual instrument (VI) technology, etc. System can realize patient healthy condition monitor in real time, such as body temperature, pulse, ECG, respiratory, and so on. Sensors complete patient physiological signal acquisition, SCM AT89C52 analyzes and processes monitoring signal and transmitting to each department of hospital by wireless network. Through connecting each department monitor controller with professor monitor central station installed VI software LabVIEW by serial interface MAX485, distributed patient physiological parameter monitor system is carried out. This paper mainly introduces system structure, sensors, and wireless communication module design in detail. System can largely reduce virus infection rate between patients and nurses each other, largely save installation cost, and medical resource, etc, which has broad application prospect.
Keywords
biomedical electronics; medical signal processing; microprocessor chips; patient monitoring; process monitoring; telemedicine; wireless sensor networks; ECG; LabVIEW; MAX485; SCM AT89C52; artificial monitor style; body temperature; distributed intelligent physiological parameter monitor system; distributed monitor system; field controllers; patient physiological signal acquisition; processes monitoring; pulse; respiratory; sensor technology; serial interface; single chip microprocessor technology; virus infection rate; visual instrument technology; wire transmission monitor style; wireless communication technology; Artificial intelligence; Biomedical monitoring; Centralized control; Communication system control; Communications technology; Condition monitoring; Intelligent sensors; Patient monitoring; Wireless communication; Wireless sensor networks; AT89C52; LabVIEW; nRF905; physiological parameter data monitor; sensors; single chip microprocessor; wireless communication;
fLanguage
English
Publisher
ieee
Conference_Titel
Future BioMedical Information Engineering, 2008. FBIE '08. International Seminar on
Conference_Location
Wuhan, Hubei
Print_ISBN
978-0-7695-3561-6
Type
conf
DOI
10.1109/FBIE.2008.60
Filename
5076767
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