Adaptive Removal of Motion Artifacts in Biopotential Measurements by using the Power-Line Interference
Xu, Lin ; Rooijakkers, Michael Johannes ; Peuscher, Jan ; Rabotti, Chiara ; Mischi, Massimo
Adaptive filtering
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Signal processing in physiological systems
This study presents a novel adaptive filtering method for motion artefact removal, which does not require an additional sensor nor any signal…
Analysis of Uterine Activity in Nonpregnant Women by Electrohysterography: A Feasibility Study
Rabotti, Chiara ; Sammali, Federica ; Kuijsters, Nienke Pertronella Maria ; Kortenhorst, Madeleine Susanne Quirine ; Schoot, Benedictus Christiaan ; Mischi, Massimo
Signal processing in physiological systems
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Signals and systems
With an overall effectiveness below 30%, in vitro fertilization (IVF) is in urgent need for improvements, especially in view of the increasing…
Effects of Fatigue Induced by Vibration Exercise on the H-Reflex
Sammali, Federica ; Xu, Lin ; Rabotti, Chiara ; van Dijk, Johannes ; Zwarts, Machiel ; Del Prete, Zaccaria ; Mischi, Massimo
Human performance – Fatigue
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Neural stimulation – Peripheral & spinal
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Neuromuscular systems – Peripheral mechanisms
Vibration exercise (VE) has been suggested as an effective methodology to improve muscle strength and power performance, as well as to…
Electrohysterographic Detection of Uterine Contractions in Term Pregnancy
Bajlekov, Galin Ivanov ; Rabotti, Chiara ; Oei, S. Guid ; Mischi, Massimo
Biomedical signal classification
Uterine-contraction detection is a fundamental component of pregnancy monitoring. Electrohysterography (EHG) provides a non-invasive and…
The Development of an Obstetric Tele-Monitoring System
Vermeulen-Giovagnoli, Barbara ; Peters, Christiaan Hendrik Leonard ; van der Hout-van der Jagt, Beatrijs ; Mischi, Massimo ; van Pul, Carola ; Cottaar, Ward ; Oei, S. Guid
Telemedicine
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eHealth
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Wireless/ubiquitous technologies and systems
Fetal growth restriction and preterm uterine contractions can turn a normal pregnancy into a problematic one. In previous work, we have…