Suchergebnisse - Quality in Sport

Štefanovský, M., Kracek, S., Bujnová, T., Cíž, I., Jerman, P., Šimenko, J.

García Blanco, C., Vazquez-Mendez, A., Conde, O., Mollinedo-Cardalda, I. “… Taekwondo is a traditional South Korean martial art and Olympic combat sport that has gained global popularity. At elite competitive levels, its high-intensity, full-contact nature carries a substantial risk of injury.  …”

Yamashita, D., Yamazaki, K., Yamagishi, T., Tsubokura, H., Washif, J. A., Mujika, I. “… Background: The coronavirus disease 2019 (COVID-19) pandemic had a profound impact on the world of sports, particularly elite athletes. This study aimed to investigate how elite athletes adapted their training during the pandemic through semi-structured interviews with performance support staff from national (NT) and professional (PT) teams.  …”

Sun, J., Wang, Y., Sun, J., Dong, D., Shaharudin, S. “… Conclusion: These findings highlight muscle-specific contributions that differentiate kick quality between top-level and average athletes. FPCA offers a novel framework to assess movement quality, providing insights for technique improvement and supporting the development of automated performance evaluation systems in combat sports. …”

Nam, K. W., Ha, J. H., Yoon, S. J. “… Introduction: Perceived performance is associated with coaches` expert knowledge and athletes` sport emotion; however, the relationships among these variables have not been studied.  …”

Uca, M., Ayvaz, E., Yildiz, Z.

Wong, S. C. Y., Chang, J. R., Chan, L. L. Y., Lee, M. S. H., Grivas, T. B., Samartzis, D., Fu, S.-N., Fong, H. H. K., Wong, A. Y. L.

Laptev, A. I., Tarakanov, B. I., Apoiko, R. N., Shevtsov, A. V. “… All participants were students studying at physical education and sports colleges and universities. The following methods were used to conduct the study: anthropometric measurements and bioimpedance analysis, as well as ergometric tests.  …”

Sablin, A. B., Kornishin, I. I., Ulyanova, E. A., Khvostenko, S. Yu. “… The research involved 40 basketball players from the Dynamo Sports School in Moscow, who trained four times a week for 90 minutes.  …”

Trybulski, R., Kuzdzal, A., Kawczynski, A., Klich, S., Muracki, J., Clemente, F. “… This scoping review (1) summarizes postexercise recovery methods for combat sports (CS) athletes and (2) synthesizes their effects on key biochemical, physiological, and physical outcomes.  …”

Karelin, A., Brazhenko, D., Kliukovkin, G., Chernenko, Y. “… These results indicate the potential of Apple Vision Pro as a platform for precision sports training and highlight the educational impact of mixed reality in democratizing access to high-quality boxing instruction.  …”

Dokmanac, M.

Sho, I., Yuta, G., Ryo, I.

Tanabe, Y., Cloak, R., Devonport, T., Lane, A.

Bian, C., Russell, S., Roelands, B. “… INTRODUCTION: Growing evidence identifies the presence, fluctuation, and persistence of mental fatigue (MF) in training and competition settings. Fencing is a sport that has seen a recent increase in scientific research.  …”

Feizollah Zadeh Khoiee, H., Labbe, D., Romeas, T., Faubert, J., Andrews, S. “… This paper introduces a novel framework for 3D pose estimation in combat sports. Utilizing a sparse multi-camera setup, our approach employs a computer vision-based tracker to extract 2D pose predictions from each camera view, enforcing consistent tracking targets across views with epipolar constraints and long-term video object segmentation.  …”

Hwang, U.-J., Jung, S.-H., Ji, H.-C., Choi, S.-A., Bang, I.-J.

Kadhim, E. J., Almayah, S. K., Aldewan, L. H. M., Ghazi, M. A. “… This research signifies a technological shift in sports training, offering a reliable, advanced tool to enhance performance evaluation and skill development in karate, bridging gaps in traditional assessment methods while promoting, professional growth in martial arts. …”

Semenova, G. I., Erkomayshvili, I. V., Erkomayshvili, I. V., Ryabov, G. A., Pshenitsyn, K. K.

Yue, F., Wang, Y., Yang, H., Zhang, X. “… This study aimed to summarize the findings of research comparing the effects of high-intensity interval training (HIIT) with active controls (alternative training methods) and passive controls (no exercise intervention) on aerobic and anaerobic performance in male and female athletes engaged in Olympic combat sports. Using the PICOS framework, the study included original research on healthy, trained male and female athletes in Olympic combat sports.  …”