Suchergebnisse - Scientific data

Sant`Ana, J., Kons, R. L., Detanico, D., Diefenthaeler, F. “… New technologies have amplified the possibilities for processing and incorporating data and scientific methods in algorithms through the integration of the use of mobile technology and a wide range of wearables that allow acquisition metrics in real-time.  …”

Johnson, Q. R., Yang, Y., Cabarkapa, D., Sealey, D., Stock, S., Gleason, D., Frels, C., Rink, M., Fry, A. C. “… In-season TL during 32 practices (categorized as days before game day; GD minus) and 11 conference games were recorded using global positioning system technology. Collected data included total duration, total distance, yards traveled per minute, hard running distance, hard running efforts, 2-dimensional (2D) load, and 3-dimensional (3D) load.  …”

Pang, Y., Wang, Y., Wang, Q., Li, F., Zhang, C., Ding, C. “… Through the investigation of martial arts styles, tasks, data acquisition methods, and algorithm improvements, a paradigm that represents a possible technological process for an intelligent martial arts training system was summarized.  …”

Ishii, T., Koshida, S. “… Using an 18-camera Vicon T10 system operating at 250 Hz and two Kistler force platforms sampling at 1000 Hz, the study captured three-dimensional motion data and ground reaction forces during the execution of seoi-nage.  …”

Augustovicova, D., Hadza, R., Magyar, A., Van Biesen, D., Hruby, M. “… Purpose Para-karate has been gaining popularity rapidly; however, scientific research on the subject remains limited.  …”

Sandbakk, Ø., Tønnessen, E., Sandbakk, S. B., Losnegard, T., Seiler, S., Haugen, T. “… Background World-class coaches collect training data from their athletes systematically and exhibit an experimental mindset when making individual training adjustments in response to this data and other forms of feedback.  …”

Guryeva, A. B., Alekseeva, V. A., Golderova, A. S., Ksenofontova, N. V. “… The resulting anthropometric and bioimpedance metrics provide valuable scientific data that can be used to improve the effectiveness and individualization of training, weight management and improve the overall performance of athletes involved in freestyle wrestling and boxing. …”

Fernandes Monteiro, L., Garcia Garcia, J. M. “… The integration of scientific principles has revolutionised traditional training practices, with advancements in biomechanics, physiology and data analytics enabling a more pre-cise understanding of athlete preparation and performance.  …”

Ghosh, M., Chakraborty, S., Mohapatra, P., Singh, A., Sharma, M., Behera, D., Ranawat, D. “… A statistical analysis was performed to compare obtained data before and after the training program. Normality of the obtained data was also assessed.  …”

Kew Yen Nee, S.

Qi, S., Yu, J., Meng, F., Wei, Z., Liang, Z. “… A chi-square test was performed on the genotype and allele distribution data of each group to analyze the loci of explosive power genes that were associated with elite wrestlers.  …”

Haff, G. G. “… Here are just some of the approaches incorporated into Scientific Foundations and Practical Applications of Periodization: Employing and blending parallel, sequential, and emphasis periodization models to develop athletes Synching recovery strategies with various phases and periods of training to enhance the adaptational process Manipulating nutritional strategies to magnify performance Using and interpreting monitoring data to adjust an athlete`s program in accordance with the periodized plan Applicable for athletes at all levels and in any sport, Scientific Foundations and Practical Applications of Periodization translates the latest research into usable information that directly enhances programming.  …”

Curby, D., Dokmanac, M., Kerimov, F., Tropin, Y., Latyshev, M., Bezkorovainyi, D., Korobeynikov, G. “… For categorical data, results were expressed in absolute numbers and percentages.  …”

Junior, J. A. O., Jancer, H. F., Nunes, H. F. P., Borba-Pinheiro, C., da Silva, C. S., Mazzei, L. C., Drigo, A. J. “… Participants included 17 judo coaches of top-level youth teams from 14 countries. Data were generated through semi-structured interviews and examined by a process of content analysis.  …”

Chobotko, M., Chobotko, I.

Poteryakhin, A. A., Kondakov, V. L., Usatov, A. N., Bocharova, V. I. “… In the course of the study, a theoretical analysis and generalization of scientific data, a video analysis of the competitive fights of the semi-finals and finals of the Cups and Championships of Russia, Europe and the world in the point fighting section in different age categories were carried out.  …”

Tropin, Y., Podrigalo, L., Boychenko, N., Podrihalo, O., Volodchenko, O., Volskyi, D., Roztorhui, M. “… Material and Methods The bibliometric analysis of PubMed database data was used to create a sample of studies at 18.05.2023.  …”

Korobeynikov, G., de Brito, A. V., Mytskan, B., Junger, J., Cynarski, W. J. “… The main qualitative method used here is a survey of multiple case studies, which are descriptive, interpretive, and eval- uative. Data were collected between October 2021 and October 2022.  …”

Yokoyama, T., Saito, M., Uchimura, N., Ishikawa, Y., Yasui, C., Funakoshi, M., Higashiyama, A.

Kuznetsov, A. S., Zekrin, F. Kh., Nagovitsyn, R. S., Chernova, G. M. “… Methods and structure of the study. In a scientific experiment conducted with the help of a questionnaire, 30 sportsmen took part, engaged in Greco-Roman style wrestling, stages of improvement of sports skills and higher sports skills.  …”