AnImprovedPulseOximetryMeasurementMethod

WANGFeng-sen; LüHeng; LIYi; ZHUTao; ZHANGJia-qi; LIUCai-cai

Journals >OPTICS & OPTOELECTRONIC TECHNOLOGY >Volume 21 >Issue 3 >Page 54 > Article

OPTICS & OPTOELECTRONIC TECHNOLOGY
Vol. 21, Issue 3, 54 (2023)

AnImprovedPulseOximetryMeasurementMethod

WANGFeng-sen, LüHeng, LIYi, ZHUTao..., ZHANGJia-qi and LIUCai-cai|Show fewer author(s)

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WANGFeng-sen, LüHeng, LIYi, ZHUTao, ZHANGJia-qi, LIUCai-cai. AnImprovedPulseOximetryMeasurementMethod[J]. OPTICS & OPTOELECTRONIC TECHNOLOGY, 2023, 21(3): 54 Copy Citation Text

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References

[1] KingP. Designofpulseoximeters［J］. IEEEEngineeringinMedicine&BiologyMagazine, 1998, 17(3)：15-18.

[2] Edward DChan, Michael M Chan, MalloryMChan. Pulseoximetry：Understandingitsbasic principlesfacilitates appreciationofitslimitations［J］. RespiratoryMedicine, 2013, 107(6)：789-799.

[4] ReicheltS, FialaJ, WerberA, et al. Developmentofanimplantablepulseoximeter［J］. IEEETrans.Biomed.Eng., 2008, 55(2Pt1)：581-588.

[10] RichardG.Lyons. UnderstandingDigitalSignalProcessing［M］. 3rded. Beijing：PublishingHouseofElectronics Industry, 2015.

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WANGFeng-sen, LüHeng, LIYi, ZHUTao, ZHANGJia-qi, LIUCai-cai. AnImprovedPulseOximetryMeasurementMethod[J]. OPTICS & OPTOELECTRONIC TECHNOLOGY, 2023, 21(3): 54

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