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Chinese Journal of Biomedical Engineering  2017, Vol. 26 Issue (1): 38-46    DOI:
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The Improvement of ECG Parameter Estimation Obtained by Up-sampling 500 Hz Data
YU Si-si1, LIU Hong-xing1, SUN Xing-guo2
1. Nanjing University, Nanjing 210093,China;
2. Fuwai Hospital, Beijing 100037, China
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Abstract  Nowadays, numerous commercial electrocardiographs (ECG) have 500 Hz output sampling rate, i.e., 2 ms corresponding sampling interval. Medical workers who have no background of signal processing may worry about whether such low 500 Hz output sampling rate data could support high-precision estimation of electrocardiogram parameters by being up-sampled. With intention to clarify the problem to the medical workers, this paper takes some simulating experiment to illustrate it. The experiment chose the RR interval and R peak amplitude as representative parameters to be estimated. The obtained results were as follows: for RR interval parameter, its estimation error can be lowered to below 0.3 ms by up-sampling; for R peak amplitude, its estimation error can be reduced to below 2.0 μV by up-sampling. It is believed that other ECG parameter estimation can also be improved similarly by up-sampling 500 Hz data.
Key wordselectrocardiograph      output data      RR interval      R peak amplitude      estimation      up-sampling     
Received: 20 November 2016     
PACS:  R318.04  
Corresponding Authors: YU Si-si.   
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YU Si-si
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YU Si-si,LIU Hong-xing,SUN Xing-guo. The Improvement of ECG Parameter Estimation Obtained by Up-sampling 500 Hz Data[J]. Chinese Journal of Biomedical Engineering, 2017, 26(1): 38-46.
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