Suchergebnisse - Motor control

Rumeau, V., Grospretre, S., Babault, N. “… Motor imagery (MI) or post-activation performance enhancement (PAPE) have shown acute benefits for sports performance.  …”

Karelin, A., Brazhenko, D., Kliukovkin, G., Chernenko, Y. “… The proposed framework is extensible to other skill-based sports requiring fine motor control and real-time feedback. …”

Crognale, D., Leinen, P., Baumann, T “… Therefore, this study aims to investigate differences in visual motor response times among high-level and professional athletes in OS and CS sports using the BATAK Pro™.  …”

Kadhim, E. J., Almayah, S. K., Aldewan, L. H. M., Ghazi, M. A. “… The study was conducted on a sample of 50 brown-belt karate athletes, divided equally into experimental and control groups. The experimental group utilized the AI system for performance evaluation, while traditional coach evaluations assessed the control group.  …”

Korobeynikov, G., Kerimov, F., Korobeinikova, L., Goncharova, O. “… The research aimed to study decision-making and motor control in elite wrestlers. Methods 34 elite athletes were examined.  …”

Pundzevicius, V., Paulauskas, R. “… The control group followed the usual training program without elastic bands.  …”

Bujak, Z., Gierczuk, D. “… It consisted of three two-minute motor tasks performed on Batak Lite. Response time was recorded during the exercise, with one-minute breaks between motor tasks.  …”

Kulpa, R.

Limballe, A., Kulpa, R., Verhulst, E., Ledouit, S., Bennett, S. “… INTRODUCTION: Perceptual-motor skills are essential to performance in combat sports but remain poorly trained (Romeas et al., 2022), often with a focus on reaction time.  …”

Vasyuk V. E., Ren Yichen, Bakaev V. V., Karaseva T. V., Lukashevich D. A. “… The results obtained allow us to conclude that the use of sensory technologies in controlled interactions of athletes is of high practical value, which reflects significant improvements in the performance of the participants in the experiment in all key parameters characterizing the effectiveness of motor actions in test tasks with different coordination complexity. …”

Johne, M. “… The tests were carried out using the Vienna Test System with the aid of the Motor Performance Series device (S2 test), which allows the assessment of coordination skills in terms of fine motor skills.  …”

Slizik, M., Liska, D., Svantner, R., Brunn, D., Bartik, P., Veithova, L. “… Karate requires a high degree of motor control, and functional abilities such as agility, speed, and coordina- tion.  …”

Pugachev, I. Yu., Ponomarev, G. N., Rodichkin, P. V., Kostov, F. F. “… Integrative indicators of the validity of the latent reactive maneuverability of the fencer's motor potential as an important prognostic feature were established, namely: the search time for the motor unit, the coefficient of accuracy of the motor unit control, the average latent time according to the "tapping test" method, the duration of the potential of the motor unit of the biceps muscle of the shoulder, the speed propagation of excitation along the radial nerve. …”

Brown, D. A., Leung, F. T., Evans, K., Grant, G., Hides, J. A. “… Objectives: To investigate for differences in vestibulo-ocular function between active male combat sport athletes and a healthy control group. In addition, to explore the relationship between symptom-based outcome measures with vestibulo-ocular function.  …”

Neupokoev, S. N., Bredikhina, Yu. P., Shilko, V. G., Guseva, N. L. “… Two equivalent groups were formed from boxers of the 1st category from 18 to 19 years old, 10 people in each group: the experimental group (EG) and the control group (CG). All athletes were represented by the weight category up to 71 kg.  …”

Simsek, D., Yildiz, A. B. “… We conclude that dual-tasks acutely impacts motor and cognitive performance. Therefore, training with dual-tasks might be useful working memory skills and attentional control of novice players.  …”

Lou, S., Soh, K. G., Soh, K. L., Sun, H., Modh Nasiruddin, N. J., Du, C., Zhai, X. “… In other words, core training optimizes the transfer and overall control of motion and force to the terminal segment within athletic actions.  …”

Hekiert, B., Prokopczyk, A., Klimczak, J., Sokolowski, M. “… Background and Study Aim: Success at the highest level of competition in any sport is determined by special skills, endurance and motor skills, and talent (and this factor is generally the most difficult to quantify).  …”

Grahov, I. A., Zebzeev, V. V., Zdanovich, O. S., Chernova, G. M. “… The composition of the innovative complex of methods for assessing the development of coordination abilities included the following control exercises: striking with hands and feet on a scoreboard with numbers (kinesthetic differentiation), performing technical and tactical actions in time with a metronome (rhythmic abilities), passing stations with performing technical and tactical actions without the participation of the visual analyzer (spatial orientation), performing technical and tactical actions on a conditioned signal (complex motor reaction), performing technical and tactical actions with a change in motor task (dexterity), performing technical and tactical actions in an unstable position (ability to maintain balance). …”

Lukina, A., Zekrin, F., Kozyreva, A., Mustaev, R.