ASpecificationontheResearchProtocolbasedonManuscriptlearningXiaoyunTableofManuscript Brief SpecificationontheResearch Goal:tocapturehumancriticalphysiologicalparameters:SaO2%,heartrate,respirationrate,bodytemperature,heartrate,etc.Tool:awearableopto-electronicpatchsensorOEPS來提取生物特MEMSaccelerometertorecoversignalscorruptedbybodymotionartifacts.MEMS來減小因為身體運動而對MEMSaccelerometer的electronicdesign,signalacceleration加速度信號opto-electronicsensor依據physiologicalpropertiesoxygensaturationbetterunderstandingofilluminationtobiologicaltissueinordertoprovidecontinuousyetaccuratehealthcare.光照對生物組織影響的進一步探討physicalactivitymonitoringviaaccelerationdetectiontobeusedforrecoveringsignalscorruptedbybodymovement通過對信號加速度的檢測，將受運動影響的信號恢復出來。electronicdesignanddevelopmentofalgorithmsforself-cancellationofnoiseandstabilityoftheOEPSOEPS傳感器(1)可穿戴的光電傳感器有前置放大器和高通濾波器：用3axisaccelerometer來檢測運動，溫度傳感器；（2）PIC單片機實現了低通濾波器，對ADC信號進行采樣，并且使得數據 （3） Opto-physiologicalmonitoringengineeringmodelwithamotionreduction PPGAC成分顯示了組織表面反射光的變動情況；DC成分顯示了組織吸收的常量。2中表示的是：Theautomaticmotionartifactcancellationtechnique.corruptedPPGsignalinputmotionsignalinput(reference)(1)bothsignalsfromtheaccelerometerandthesensorwerecontrolledbythemicrocontroller,inordertoperformfurtherprocessing.受影響的PPG信號和motionsignal信號 Opto-physiologicalmonitor檢測到的信號的運動信號的改變只和內部組織的光電子動力學…(physicalmovementrelaxingmodestaticcontributionDC可以用的策略：highpassfilterwithcut-offfrequencyclosetoelectromagneticandpowersupplynoises,這些噪聲的頻率較高，可以采取的策略：LowpassfilteringmotionartifactIntheproposedapproach,an oguetri-accelerometerwhichcandetectaccelerationandmovementinallthreeaxesinrespectofgravitationalaccelerationandprovidesareliablemotionreference.Toachieveefficientremovalofthecontributionofthemotionartifact,anautomaticdifferentialmeasurementbymeansofanormalizationapproachisused.Brief3-axisaccelerometer對實驗樣本進行采樣，得到(x,y,z)motionartifact的參考；與此同時采PPGPPG3-axisaccelerometer得到的運動統計變PPG信號進行信號處理，從而得到了受運動干擾PPG信號。SpecificationontheResearch manuscript的方法，但是需要在錄制的同時記錄頭部運動的信息。想到兩manuscript3-axisacclerometer的傳感器，記錄和臉部輕微的運動。因為表情中的頭部和身體的大范圍晃動可控，所以主要的影響應該對消除了運動對manuscript中提到的原理，可以對信 讀完這篇manuscript，主要在（2）上有點想法。Fig.1AmoredetailedprotocolAcceleratecamera沒做過建議databaseExtract

ExtracttheRemovemotionartifactonthesignals:Usinggeometry