The main goal of the experimental w

The main goal of the experimental work is to see how
well the algorithm performs in handling artifacts from IBI
signal while calculating the HRV features. For evaluation
ten visually inspected ‘No artifacts’ and three ‘With
artifacts’ measurements as discussed in the ‘Data
collection and HRV features’ section are considered. Now,
from these three ‘With artifacts’ measurements 30
corrupted measurements are generated by introducing three
random sets of artifacts and randomly placing them with
each ‘No artifacts’ measurements. Then the time and
frequency domain features are calculated for these 30
‘With artifacts’ measurements. The intention is to see how
the features values are deviated for the ‘With artifacts’
measurements compare to ‘No artifacts’ measurements
using the algorithm. The performance of the proposed
algorithm is investigated both in detecting and
interpolating artifacts. Another algorithm i.e., the
hierarchical algorithm is introduced for detecting the
outlier and results are compared with the proposed
algorithm. Third party software [19] which has applied
cubic spline interpolation is considered to evaluate the
performance of the proposed algorithm.

ผลลัพธ์ (แอฟริกา) 1:

Die hoofdoel van die eksperimentele werk is om te sien hoe goed
die algoritme voer in die hantering van artefakte uit IBI
sein terwyl die berekening van die HRV funksies. vir evaluering
tien visueel geïnspekteer "nee artefakte 'en drie' met
artefakte 'metings soos bespreek in die" data
versameling en HRV kenmerke "-afdeling oorweeg word. nou,
van hierdie drie met artefakte 'afmetings 30
.beskadig metings gegenereer word deur die bekendstelling van drie
ewekansige stelle van artefakte en lukraak plaas hulle met
elk 'geen artefakte' metings. dan is die tyd en
frekwensie domein funksies is bereken vir hierdie 30
'met artefakte' metings. Die bedoeling is om te sien hoe die
funksies waardes afgewyk vir die 'met artefakte
metings vergelyk met' geen artefakte 'metings
.gebruik van die algoritme. die prestasie van die voorgestelde
algoritme word ondersoek beide in die opsporing en
interpol artefakte. 'n ander algoritme dit wil sê, is die
hiërargiese algoritme ingestel vir die opsporing van die
uitskieter en die resultate word vergelyk met die voorgestelde
algoritme. party sagteware derde [19] wat aansoek gedoen het
kubieke spline interpolasie beskou word as die
te evalueer.prestasie van die voorgestelde algoritme.