Suchergebnisse - Qatar
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Pacing and stroke mechanics in 400m freestyle: A hierarchical generalized additive model across performance levels (Tempo und Zugtechnik im 400-Meter-Freistilschwimmen: Ein hierarchisches generalisiertes additives Modell über Leistungsstufen hinweg)
Bideau, N., Bouvet, A.Veröffentlicht in ISBS Proceedings Archive: Vol. 43: Iss. 1 (2025)“… Qatar …”
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Investigation of supervised machine learning for IMU-based swimming activity recognition (Untersuchung des überwachten maschinellen Lernens für die Erkennung von Schwimmaktivitäten auf Basis von IMU)
Aram, S., Thompson, I. M., Hudson, D. A., Banks, J.Veröffentlicht in ISBS Proceedings Archive: Vol. 43: Iss. 1 (2025)“… Qatar …”
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Monitoring the differences in swimming skills development among men and women medalists at the 21st World Aquatics Championships - Doha 2024, Qatar (Beobachtung der Unterschiede in der Entwicklung der Schwimmfähigkeiten zwischen männlichen und weiblichen Medaillengewinnern bei den 21. Weltmeisterschaften im Wassersport - Doha 2024, Katar)
Ganchar, I., Ganchar, O., Ciorba, C., Medynskyi, S., Protsenko, A., Tsybulska, V., Kyriienko, O., Sukhanova, H., Potop, V.Veröffentlicht in Journal of Physical Education and Sport (2025)“… Aim: This study aimed to identify differences in the parameters of swimming skills development among prize-winning swimmers of varying ages and genders, based on the results of the 21st World Aquatics Championships, held on February 2--18, 2024, in Doha, Qatar. Material: Achievements of 111 men and 111 women prize-winning swimmers were analyzed across 50 events in both sport and marathon swimming. …”
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Genetic information in the decision-making process for the training of a high-performance Brazilian swimmer: A case report (Genetische Informationen im Entscheidungsprozess für das Training eines brasilianischen Hochleistungsschwimmers: Ein Fallbericht)
Bottura, R. M., Dentillo, D. B.Veröffentlicht in Research Square (2024)“… Materials & Methods: This is a case study conducted with a 23-year-old open water marathon swimmer aiming to qualify for the Absolute World Championships in Doha, Qatar (2024). The study involves the use of twenty genetic polymorphisms to structure the athlete's training plan. …”
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Elite swimmers` fitness test technology driven by active metabolism rate variation analysis versus swimming speed test rates (Fitness-Testverfahren für Eliteschwimmer auf der Grundlage der Analyse der Dynamik der funktionellen Abhängigkeit zwischen der aktiven Stoffwechselrate und der Schwimmgeschwindigkeit)
Kolmogorov, S. V., Vorontsov, A. R., Rumyantseva, O. A.Veröffentlicht in Theory and Practice of Physical Culture (2019)“… The new technology testing experiment was run in a 25m swimming pool in the winter training cycle (including the preparatory, aerobic-strength, special, eased training and competitive periods) prior to the 2014 World Swimming Championship in Doha, Qatar. In every of the above periods, special interval tests with the stepped flow rates in the hydrodynamic channel and open swimming pool tests were applied to rate the key performance parameters including the active energy metabolism rates; mechanical and propulsive movement efficiency ratios; and the active hydrodynamic front resistance rate. …”
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Issue targeted topic - Paralympic athletes (Themenheft - Der paralympische Sportler)
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Assessing the signal to noise ratio of common athlete monitoring tools in national swimmers (Bewertung des Verhältnisses von typischen Werkzeugen zur Trainingsdokumentation von Schwimmern von einem ersten Veränderungssignal bis Veränderungen wirklich erkennbar sind)
Crowcroft, S.Veröffentlicht in 2nd Aspire Academy Sports Science Conference "Monitoring Athlete Training Loads - The Hows and Whys" (2016)“… Qatar …”
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Common respiratory disorders in elite swimmers - Diagnosis and management (Typische Störungen im Atemtrakt von Leistungssportlern im Schwimmen - Diagnose und Behandlung)
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World book of swimming: From science to performance (Weltbuch des Schwimmens: von der Wissenschaft zur Leistung)
L. Seifert, D. Chollet, I. MujikaVeröffentlicht 2012“… Energetics and Training Chapter 11: Energy Systems in Swimming;(pp. 225--240) (Rodriguez, (Spain), Mader, (Germany) Chapter 12: Training Energy Systems;(pp. 241-254) (Ogita, (Japan) Chapter 13: Lactate Production and Metabolism in Swimming;(pp. 255-275) (Olbrecht, (The Netherlands) Chapter 14: Assessing Aerobic Endurance in Swimming;(pp. 277-296) (Dekerle, (United Kingdom), Pelayo, (France) Chapter 15: Swimming Economy, Energy Cost and Efficiency;(pp. 297-312) (di Prampero, (Italy), Pendergast (USA), Zamparo (Italy) Chapter 16: Strength and Power Training in Swimming;(pp. 313-343) (Vorontsov, (Russia) Chapter 17: The Taper: Physiology, Performance and Planning;(pp. 345-358) (Pyne (Australia), Mujika (Basque Country) Chapter 18: Training Load and Performance in Swimming;(pp. 359-373) (Chatard ,(France, Qatar), Stewart, (New Zealand) Chapter 19: Overreaching, the Overtraining Syndrome and Recovery;(pp. 375-391) (Shona Halson, (Australia) Chapter 20: Altitude and Hypoxic Training in Swimming;(pp. 393-408) (Truijens (The Netherlands), Rodriguez (Spain) Section III. …”