Suchergebnisse - Future Generation Computer Systems

Moura, F. A., Caetano, F. G., da Silva Torres, R. “… The implementation, feasibility, and quality of data generated by tracking systems depend on the conditions of each sporting environment and their requirements.  …”

Jia, Y., Zhou, X., Yang, J., Fu, Q. “… These papers were systematically analyzed to delineate the attributes of virtual decision-making task environments, the interactive dynamics inherent in motor decision-making tasks, and the significant findings Discussion: This review indicate that (1) the effectiveness of VR technology in assessing and improving athletes` decision-making skills in team sports; (2) the construction of virtual environments using the Head-Mounted Display (HMD) system, characterized by enhanced ease and efficiency; (3) the potential for future investigations to explore computer simulations to create more expansive virtual motion scenarios, thus efficiently generating substantial task scenario material, diverging from the constraints posed by 360-degree panoramic videos; and (4) the integration of motion capture technology for identifying and monitoring athletes` decision-making behaviors, which not only enhances ecological validity but also augments the transfer validity of virtual sports decision-making systems.  …”

Szabo, A.

Connor, M., Beato, M., O'Neill, M.

Kos, A., Milutinovic, V., Umek, A. “… Future Generation Computer Systems …”

Wang, G., Liu, J., Lo, W., Yang, C.-M. “… Future Generation Computer Systems …”

Liu, L. “… Future Generation Computer Systems …”

Li, Y., Zhao, K. “… Future Generation Computer Systems …”

Yang, W., Wang, J., Shi, J. “… Future Generation Computer Systems …”

Fang, L., Sun, M. “… Future Generation Computer Systems …”

Deshpande, S. P., Vaidya, D. P., Wankhada, N. V. “… Every human being is different and therefore personalization is required in every aspect. The wide use of computer system in different aspects of training and coaching makes it easy to generate and gather data in digital form.  …”

Svensson, D., Svensson, R., Fransson, D., Barker-Ruchti, N. “… At present, global positioning systems, microtechnology sensors and video- and computer-assisted performance analysis (PA) has gained prominence (Cummins et al. 2013, Rein & Memmert 2016).  …”

Ribeiro, C., dos Anjos, K. R., Fernandes, C. .

Bacic, B., Hume, P. A. “… This study has shown proof of concept for personalized qualitative feedback. The next generation of augmented coaching and exergaming systems will be able to help improve end user's sport discipline-specific techniques.  …”

Fister, I., Fister Jr., I., Fister, D. “… Applications of Computational Intelligence in Sports Generating Training Plans Based on Existing Sports Activities Adaptation of Training Plans BatMiner for Identifying the Characteristics of Athletes in Training Visualization of Sports Activities Created by Wearable Mobile Devices Sports Nutrition …”

Fister, I., Fister Jr., I., Fister, D. “… Lastly, the book proposes the use of an Artificial Sports Trainer designed to enhance the training of modern athletes who cannot afford the considerable expense of hiring a human personal trainer. This intelligent system can monitor performance and design and direct appropriate future training, thus promoting both healthy lifestyles and competitive success in athletes.  …”

Wei, X., Lucey, P., Morgan, S., Sridharan, S.

Cross, M. R., Brughelli, M., Samozino, P., Morin, J.-B. “… The ability of the human body to generate maximal power is linked to a host of performance outcomes and sporting success.  …”

University of Poitiers “… Blache 6 Workshop: BTK Biomechanical toolkit: a step toward independency between motion capture data and biomechanical analysis,A. Barré 7 Generating and applying knowledge in sports biomechanics: examples from rowing and running, R.  …”

Balague, N., Hristovski, R. “… As he argued (Perl, 2004), modelling can help to analyse and understand the System under study and to predict its future behaviour.  …”