Search Results - "Mobile"
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Effectiveness of daily subjective wellness measurements via mobile applications in predicting perceived exertion and training load
Bertschy, M., Howard, J. T., Oyama, S., Zhang, T., Cheever, K.Published in Proceedings of the Institution of Mechanical Engineers, Part P: Journal of Sports Engineering and Technology (2023)“…Wirksamkeit täglicher subjektiver Wohlbefindensmessungen über mobile Anwendungen bei der Vorhersage von wahrgenommener Anstrengung und Trainingsbelastung…”
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`I like to run to feel`: embodiment and wearable mobile tracking devices in distance running
Toner, J., Allen-Collinson, J., Jackman, P. C., Jones, L., Addrison, J.Published in Qualitative Research in Sport, Exercise and Health (2023)“…Ich laufe gerne, um zu fühlen": Verkörperung und tragbare mobile Tracking-Geräte beim Langstreckenlauf…”
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Entwicklung eines mobilen Sensorsystems zur Erfassung und Rückmeldung von Laufmündungsbewegungen beim Trockentraining im Biathlon (Development of a mobile sensor system for the detection and feedback of gun muzzle movements during dryland training in biathlon)
Link, J., Roth, N., Eskofier, B., Espig, N.Published in BISp-Jahrbuch Forschungsförderung 2020/21 (2021)“…Development of a mobile sensor system for the detection and feedback of gun muzzle movements during dryland training in biathlon…”
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The Punctum Fixum-Punctum Mobile Model: A neuromuscular principle for efficient movement generation?
von Laßberg, C., Rapp, W.Published in PLOS ONE (2015)“…Das Punctum Fixum-Punctum Mobile Modell: Ein neuromuskuläres Prinzip zur effizienten Bewegungserzeugung?…”
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Mobile technologies and perceptual-cognitive training
Basevitch, I., Boiangin, N., Sáenz-Moncaleano, C.Published in Advances in mental skills training (2021)“…Mobile Technologien und perzeptiv-kognitives Training…”
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Do image-assisted mobile applications improve dietary habits, knowledge, and behaviours in elite athletes? A pilot study
Simpson, A., Gemming, L., Baker, D., Braakhuis, A.Published in Sports (2017)“…Verbessern fotoassistierte mobile Applikationen der Ernährungsgewohnheiten, das Ernährungswissen und -verhalten von Spitzensportlern? …”
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Vergleich der Energieumsätze des SenseWear® MF Armbandes und der mobilen Spirometrie im Volleyball zur Bildung eines Korrekturfaktors (Comparing the SenseWear® MF Armband with the mobile spirometry and establishing a correction factor by measuring the energy turnover during volleyball with both methods)
Winkler, M., Busse, M.Published in Klinische Sportmedizin (2015)“…Comparing the SenseWear® MF Armband with the mobile spirometry and establishing a correction factor by measuring the energy turnover during volleyball with both methods…”
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