Suchergebnisse - Sensors

Khuyagbaatar, B., Dambadarjaa, B., Altan-Ochir, Z., Battumur, G., Batbaatar, E., Kim, Y. H. “… In this study, we aimed to assess FMS and kinematic parameters in wrestlers using IMU sensors to explore the relationship between FMS scores, range of motion (ROM), and performance parameters.  …”

Zohirov, K., Berdiev, G., Boykobilov, S., Pardayeva, G., Ochilov, M. “… In the study, significant differences in movement parameters and the causes of asymmetry in the gait parameters of wrestlers were studied. 15 professional wrestlers took part in the experiments, and their gait parameters were collected on the basis of the G-Sensor portable device and the Strength platform (BTS company).  …”

Borysiuk, Z., Blaszczyszyn, M., Piechota, K., Konieczny, M., Cynarski, W. J. “… Sensors …”

Nita, V.-A., Magyar, P. Schlagworte: “… Sensor …”

Uldeen, A. S., Burhan, W. Y., Ismail, H. H., Al-Sharbaji, N. H. “… Description of the performance: The wrestler rises from a defensive position with him wearing the electronic palm manufactured with his hand resting on it and the palm of the palm containing sensors that measure the weight imposed on the mat.  …”

Arriaza, R., Martínez de Quel, O., Gómez, M., Augustovicova, D. “… Helmets are used in boxing for females and for under 18 year old boxers; they are used in taekwondo through all ages, as they are instrumented with contact sensors, as they are in fencing. Protection gloves are quite different in boxing, karate and taekwondo, both in size and weight.  …”

Kato, S., Yamagiwa, S. “… Although methods based on objective information obtained from videos and sensors applicable to individual movements have been proposed in order to overcome the subjectivity of these approaches, we cannot apply those to movements that include external factors, such as pushing and/or attacks from an opponent, as seen in combat sports.  …”

Jaworski, J., Lech, G., Witkowski, K., Bujas, P., Szczepanik, K., Piepiora, P. “… The device recorded the position of the foot center of pressure (COP) from 6 sensors; 3 of them being located in each platform plate.  …”

Mañas-Paris, A., Muyor, J. M., Oliva-Lozano, J. M. Schlagworte: “… Sensor …”

Zhu, K., Wong, A., McPhee, J. “… Since neither FenceNet nor BiFenceNet requires data from wearable sensors, unlike JLJA, they could be directly applied to most fencing videos, using 2D pose data as input extracted from off-the-shelf 2D human pose estimators.  …”

Jakubiak, N. Schlagworte: “… Sensor …”

Vinokurov, L. V., Khalikov, R. R., Baryaev, A. A., Abramova, T. F. “… The test system applies a galvanic skin response rating Mind-Reflection biofeedback sensor. The individual competitive fitness was self-rated by the athletes using a special questionnaire survey form with 30 questions, with every aspect rated on a 9-point scale.  …”

Fei, Z. Schlagworte: “… Sensor …”

Açak, M., Korkmaz, M. F., Taskiran, C., Karabulut, S. E., Düz, S., Bayer R. “… Dynamic foot motion analysis and detection of foot sensor with bluetooth sensor were used. 80 randomly selected wrestlers age 14 and 30 who were active and living in province of Malatya and Kahramanmaras were examened.  …”

Malawski, F. Schlagworte: “… Sensor …”

Ishikawa, Y., Anata, K., Hayashi, H., Uchimura, N., Okada, S. “… For high-intensity exercise, seoi-nage was performed once every 2.5 seconds. An angular velocity sensor was used to calculate the angular acceleration of the subjects` heads (200 Hz).  …”

Borysiuk, Z., Nowicki, T., Piechota, K., Blaszczyszyn, M., Konieczny, M., Witkowski, M. “… Results: As a result of the study, statistically insignificant decrease of sensor-motor response time was recorded in men in comparison to women.  …”

Frassinelli, S., Niccolai, A., Zich, R. E., Rosso, V., Gastaldi, L. Schlagworte: “… Sensor …”

Yamamoto, Y., Fujii, N. “… Two judo athletes with pain in elbow and three athletes without pain in elbow were instructed to perform the Seoi-nage as Tori. Strain gauge sensors were set in a judo cloth to measure the force applied by Tsurite (hand grasping the Eri).  …”

Sieluzycki, C., Maslinski, J., Kaczmarczyk, P., Kubacki, R., Cieslinski, W. B., Witkowski, K. “… Our objective was to examine how exercises with the second generation of the Microsoft Kinect sensor may aid in the process of motor learning in young judo practitioners.  …”