IEEE Transactions on Biomedical Engineering · 1986 · 114 citations · 21 references
EngineeringObstetricsPhysiologyBiomedical Signal ProcessingParturitionSensorsElectromyogram AnalysisLabor AssessmentLabor PhysiologyLabor ProgressMuscle Signal ProcessingUterine ContractilityContraction Rate EstimationParameter SelectionUterine Activity AssessmentUterine Activity MonitoringUterine Contraction AssessmentUterine Contraction PatternsUterine ElectromyographyUterine Electrophysiology
The temporal and spectral properties of the human uterine electromyogram are first described, related to two different situations: pregnancy and parturition. Thus, a parameter set is selected, and a discriminant analysis is performed, in order to obtain the best discriminant vector for these two situations. A dynamic control of the efficiency of the contractions during labor is described. The good results of this dynamic control permit us to propose a monitoring device providing information on contraction rate and efficiency.
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An Optimal Set of Discriminant Vectors
Donald H. Foley, John W. Sammon · IEEE Transactions on Computers · 1975 · 406 citations
PHYSIOLOGY OF THE UTERINE CONTRACTION
R. Caldeyro‐Barcia, J.J. Poseiro · Clinical Obstetrics & Gynecology · 1960 · 163 citations
The Physiology of Uterine Contraction
&NA; · The American Journal of the Medical Sciences · 1907 · 130 citations · Full text