Advances of Portable Electrocardiogram Monitor Design_Journal of Biomedical Engineering

Authors：

 DINGShenping ^1,2 , WANGYinghai ¹ , WUWeirong ^1,2 , DENGLingli ¹ , LUJidong ³

1. Department of Mechatronics Engineering, Suzhou Industrial Park Institute of Vocational Technology, Suzhou 215123, China;
2. Jiangsu Medical Device Engineering Research and Development Center, Suzhou 215123, China;
3. College of Information Science and Engineering, Changzhou University, Changzhou 213164, China;

Corresponding?author：

DINGShenping, Email: dspa@qq.com

Keywords：

portable electrocardiogram monitor; electrocardiogram (ECG); ergonomics; design parse

DOI：

10.7507/1001-5515.20140132

Video：

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Abstract Full text Figures/Tables Video References Cited by

Portable electrocardiogram monitor is an important equipment in the clinical diagnosis of cardiovascular diseases due to its portable, real-time features. It has a broad application and development prospects in China. In the present review, previous researches on the portable electrocardiogram monitors have been arranged, analyzed and summarized. According to the characteristics of the electrocardiogram (ECG), this paper discusses the ergonomic design of the portable electrocardiogram monitor, including hardware and software. The circuit components and software modules were parsed from the ECG features and system functions. Finally, the development trend and reference are provided for the portable electrocardiogram monitors and for the subsequent research and product design.

Citation： DINGShenping, WANGYinghai, WUWeirong, DENGLingli, LUJidong. Advances of Portable Electrocardiogram Monitor Design. Journal of Biomedical Engineering, 2014, 31(3): 708-713. doi: 10.7507/1001-5515.20140132 Copy

1.	白冰,張躍,萬里.基于ARM的遠程實時心電監護儀軟件設計實現[J].計算機工程與設計,2009,30(12):2830-2833.
2.	CHEN H L. A remote ECG monitoring system[C]//IEEE International Conferences on Information Theory and Information Security, Beijing:2011:967-970.
3.	張華.基于以太網的心電信號數據采集系統的研究與設計[D].鎮江:江蘇大學,2006.
4.	王余濤.基于嵌入式系統的便攜式心電監護系統的研制[D].哈爾濱:哈爾濱工業大學,2010.
5.	王智潔,和衛星,呂繼東.便攜式無線心電采集裝置的研究及實現[J].電子技術應用,2010,36(11):95-98,101.
6.	王妮娜.嵌入式便攜心電監護儀系統圖形用戶界面開發及優化研究[D].杭州:浙江大學,2008.
7.	WANG P, LU Z G.. Design of a simple 3-Lead ECG acquisition system based on MSP430F149[C]//International Conferences on Computer and Automation Engineering, Singpore:2011:86-91.
8.	劉欣添.基于Pocket PC平臺與藍牙技術的掌上心電監護儀設計[D].沈陽:東北大學,2009.
9.	王運鑫.基于以太網的心電信號數據采集系統的研究與設計[D].鎮江:江蘇大學,2007.
10.	呂俊龍.基于ARM的無線生理信號檢測裝置的研究[D].鎮江:江蘇大學,2010.
11.	李肅義,楊美玲,丁梅,等.動態心電采集記錄系統的發展與展望[J].生物醫學工程學雜志,2012,29(1):175-178.
12.	TELLO P J P, MANJARRES O,QUIJANO M, et al. Remote monitoring system of ECG and temperature signals using bluetooth[C]//International Symposiums on Information Technologies in Medicine and Education, Hokkaido, Japan:2012:860-863.
13.	JAYARAMAN S, DAMODARAN V. An improved method for ECG morphological features extraction from scanned ECG records[C]//4th International Conference on Bioinformatics and Biomedical Technology, Shanghai:2012:64-68.
14.	丁蔚.人體運動電生理信號檢測與處理[D].鎮江:江蘇大學,2010.
15.	呂繼東.人體生理參數采集系統的研究[D].鎮江:江蘇大學,2008.
16.	JIA W J, YANG C L,ZHONG G C, et al. Fetal ECG extraction based on adaptive linear neural network[J]. Chinese Journal of Biomedical Engineering(English version), 2011, 20(2):75-82.
17.	汪廷華,夏斌,楊文璐,等.μC/GUI在NiosⅡ嵌入式平臺上的移植研究[J].電子設計工程,2010,18(9):63-66.
18.	宋莉,孟慶建,張光玉,等.基于DSP的便攜式動態心電監護儀的研制[J].中國醫療器械雜志,2009,33(6):395-397.
19.	呂曉榮,王福勝.基于物聯網技術的電子病歷系統研究進展[J].傳感器與微系統,2013,32(1):1-4,12.
20.	包君康,張殉.基于USB數據采集便攜式心電監護儀的設計[J].工業控制計算機,2011,24(7):105-106.
21.	趙松,許江淳,周靖.基于ARM9的嵌入式心電監護儀[J].微處理機,2012,33(2):94-96.
22.	馬建林,張少華,郭淼,等.基于OMAP3530的遠程心電監護系統設計[J].微計算機信息,2012,28(10):91-93.
23.	田福英.基于DSP的便攜式心電監護系統設計[J].微計算機信息,2012,28(9):152-153.
24.	續嶺嶺,楊景常,郝明剛.便攜式心電監護儀的設計[J].西華大學學報:自然科學版,2012,31(2):50-53,57.
25.	彭蘭地,米明.基于3G技術的遠程醫療監護系統設計[J].計算機與現代化,2013(1):88-90,94.
26.	SUN P, LIU X Q. Remote ECG transmission based on 3G[C]//The 3rd International Conference on Computational Intelligence and Industrial Application, Wuhan:2010:150-153.
27.	張莉,周子龍.基于Android智能手機平臺的便攜式心電監護儀的設計[J].中南民族大學學報:自然科學版,2012,31(4):88-92.
28.	劉納,陳穎敏,張文贊,等.超低功耗體表貼附式心電長期監護和存儲系統[J].中國醫療器械雜志,2012,36(1):28-31.
29.	陳麗珊.基于智能手機的心律失常遠程監護平臺的軟件技術研究[D].重慶:重慶大學,2011.
30.	續嶺嶺,楊景常,郝明剛.基于ZigBee網絡的社區心電監護系統[J].微型機與應用,2012,31(2):16-17,21.
31.	宋立新,姜思剛,周蕾,等.ZigBee心電信號采集系統[J].哈爾濱理工大學學報,2012,17(1):86-89.
32.	周平,焦宏宇,汪豐,等.便攜式無線心電監護終端的設計[J].計算機工程與設計,2012,33(9):3407-3410,3416.

1. 白冰,張躍,萬里.基于ARM的遠程實時心電監護儀軟件設計實現[J].計算機工程與設計,2009,30(12):2830-2833.
2. CHEN H L. A remote ECG monitoring system[C]//IEEE International Conferences on Information Theory and Information Security, Beijing:2011:967-970.
3. 張華.基于以太網的心電信號數據采集系統的研究與設計[D].鎮江:江蘇大學,2006.
4. 王余濤.基于嵌入式系統的便攜式心電監護系統的研制[D].哈爾濱:哈爾濱工業大學,2010.
5. 王智潔,和衛星,呂繼東.便攜式無線心電采集裝置的研究及實現[J].電子技術應用,2010,36(11):95-98,101.
6. 王妮娜.嵌入式便攜心電監護儀系統圖形用戶界面開發及優化研究[D].杭州:浙江大學,2008.
7. WANG P, LU Z G.. Design of a simple 3-Lead ECG acquisition system based on MSP430F149[C]//International Conferences on Computer and Automation Engineering, Singpore:2011:86-91.
8. 劉欣添.基于Pocket PC平臺與藍牙技術的掌上心電監護儀設計[D].沈陽:東北大學,2009.
9. 王運鑫.基于以太網的心電信號數據采集系統的研究與設計[D].鎮江:江蘇大學,2007.
10. 呂俊龍.基于ARM的無線生理信號檢測裝置的研究[D].鎮江:江蘇大學,2010.
11. 李肅義,楊美玲,丁梅,等.動態心電采集記錄系統的發展與展望[J].生物醫學工程學雜志,2012,29(1):175-178.
12. TELLO P J P, MANJARRES O,QUIJANO M, et al. Remote monitoring system of ECG and temperature signals using bluetooth[C]//International Symposiums on Information Technologies in Medicine and Education, Hokkaido, Japan:2012:860-863.
13. JAYARAMAN S, DAMODARAN V. An improved method for ECG morphological features extraction from scanned ECG records[C]//4th International Conference on Bioinformatics and Biomedical Technology, Shanghai:2012:64-68.
14. 丁蔚.人體運動電生理信號檢測與處理[D].鎮江:江蘇大學,2010.
15. 呂繼東.人體生理參數采集系統的研究[D].鎮江:江蘇大學,2008.
16. JIA W J, YANG C L,ZHONG G C, et al. Fetal ECG extraction based on adaptive linear neural network[J]. Chinese Journal of Biomedical Engineering(English version), 2011, 20(2):75-82.
17. 汪廷華,夏斌,楊文璐,等.μC/GUI在NiosⅡ嵌入式平臺上的移植研究[J].電子設計工程,2010,18(9):63-66.
18. 宋莉,孟慶建,張光玉,等.基于DSP的便攜式動態心電監護儀的研制[J].中國醫療器械雜志,2009,33(6):395-397.
19. 呂曉榮,王福勝.基于物聯網技術的電子病歷系統研究進展[J].傳感器與微系統,2013,32(1):1-4,12.
20. 包君康,張殉.基于USB數據采集便攜式心電監護儀的設計[J].工業控制計算機,2011,24(7):105-106.
21. 趙松,許江淳,周靖.基于ARM9的嵌入式心電監護儀[J].微處理機,2012,33(2):94-96.
22. 馬建林,張少華,郭淼,等.基于OMAP3530的遠程心電監護系統設計[J].微計算機信息,2012,28(10):91-93.
23. 田福英.基于DSP的便攜式心電監護系統設計[J].微計算機信息,2012,28(9):152-153.
24. 續嶺嶺,楊景常,郝明剛.便攜式心電監護儀的設計[J].西華大學學報:自然科學版,2012,31(2):50-53,57.
25. 彭蘭地,米明.基于3G技術的遠程醫療監護系統設計[J].計算機與現代化,2013(1):88-90,94.
26. SUN P, LIU X Q. Remote ECG transmission based on 3G[C]//The 3rd International Conference on Computational Intelligence and Industrial Application, Wuhan:2010:150-153.
27. 張莉,周子龍.基于Android智能手機平臺的便攜式心電監護儀的設計[J].中南民族大學學報:自然科學版,2012,31(4):88-92.
28. 劉納,陳穎敏,張文贊,等.超低功耗體表貼附式心電長期監護和存儲系統[J].中國醫療器械雜志,2012,36(1):28-31.
29. 陳麗珊.基于智能手機的心律失常遠程監護平臺的軟件技術研究[D].重慶:重慶大學,2011.
30. 續嶺嶺,楊景常,郝明剛.基于ZigBee網絡的社區心電監護系統[J].微型機與應用,2012,31(2):16-17,21.
31. 宋立新,姜思剛,周蕾,等.ZigBee心電信號采集系統[J].哈爾濱理工大學學報,2012,17(1):86-89.
32. 周平,焦宏宇,汪豐,等.便攜式無線心電監護終端的設計[J].計算機工程與設計,2012,33(9):3407-3410,3416.

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