Analysis of biomedical signals is a very challenging task involving implementation of various
advanced signal processing methods. This area is rapidly developing. This paper is a Part III …

The uterine muscle (the myometrium) plays its most evident role during pregnancy, when
quiescence is required for adequate nourishment and development of the foetus, and during …

OBJECTIVE:: Power spectrum (PS) of uterine electromyography (EMG) can identify true
labor. EMG propagation velocity (PV) to diagnose labor has not been reported. The …

The objective of this paper is to evaluate the novel method for analyzing the nonlinear
correlation of the uterine electromyography (EMG). The application of this method may …

Electrophysiological monitoring of the fetal-heart and the uterine-muscle activity, referred to
as an electrohysterogram, is essential to permit timely treatment during pregnancy. While …

Non-invasive fetal health monitoring during pregnancy is becoming increasingly important
because of the increasing number of high-risk pregnancies. Despite recent advances in …

Objective: Preterm birth is a large-scale clinical problem involving over 10% of infants.
Diagnostic means for timely risk assessment are lacking and the underlying physiological …

Non-invasive recording of uterine myoelectric activity (electrohysterogram, EHG) could
provide an alternative to monitoring uterine dynamics by systems based on …

Objective The initiation of treatment for women with threatening preterm labor requires
effective distinction between true and false labor. The electrohysterogram (EHG) has shown …

Objective Electrohysterographic assessment of the propagation velocity of uterine
depolarization has been introduced as a promising predictor of preterm labor. Therefore, the …