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Author Hori, Junichi ♦ Hori, Yoshiaki ♦ Saitoh, Yoshiaki ♦ Kiryu, Tohru
Source CiteSeerX
Content type Text
File Format PDF
Subject Domain (in DDC) Computer science, information & general works ♦ Data processing & computer science
Subject Keyword Nonstationary Biomedical Signal ♦ Additive Noise ♦ Real-time Restoration ♦ Mo Traditional Method ♦ Bloodpres U0k ♦ Thermo-dilutions Ermo-d Are ♦ Refor Thes ♦ Introduction Biomedicals ♦ E U0k Electrocardiogram ♦ Fixed Function ♦ I7 Nons ♦ Primary Importance ♦ Require Quire ♦ E Ef ♦ Heart Tend ♦ Clinical Analys ♦ Blood Temperature ♦ Catheter Manometer ♦ Traditionalres Lku ♦ K7 Di Cult ♦ Ti Making Accurateres ♦ Infinite Future Time ♦ Whereas Thepres ♦ Biomedical Alk2
Abstract Introduction Biomedicals#iomed s#o h as bloodpres#U0k s#es#U0k electrocardiograms # and blood temperatures are cons#0#9kI to be nons#kI7)5#(k proces#50 becaus# the properties of generators and of the heart tend to vary over time. During clinical analys#l or diagnos#I7 nons#os#I7U(9 biomedical s#alk2)) commonly referred toas the patient's vital s#ital aremeas#0#5k However, theins#5)S)2 ts involved in meas#95kI nons#kI79977k biomedicals#iomedi s#i h as catheter manometers# ambulatory electrocardiographs and thermo-dilutions#ermo-d ares#k5(#7SkI7 todis#2SU tion and nois#7 Therefore,res#refor thes# s#es#ef to their originals#gina is of primary importance. Traditionalres #lkU))7k methods expand s#pandk on a fixed functions bas#ti making accurateres#atek5)7 of nons #n-k7(7U# s#s#-k7 di#cult. Moreover, mos# traditional methods# s## h as Fourieranalys#52 require s#quire to be approximated from an infinitepas# to an infinite future time, whereas thepres#7 t timeremains undes#s#9 ed. Re
Educational Role Student ♦ Teacher
Age Range above 22 year
Educational Use Research
Education Level UG and PG ♦ Career/Technical Study
Publisher Date 1996-01-01