Review Aplikasi Teknologi Digital di Olahraga Tenis Meja
Abstract
Tenis meja merupakan olahraga yang memiliki karakteristik yang kompleks. Kompleksitas dan
perkembangan teknologi menjadi daya tarik pengembangan tenis meja melalui aktivitas riset. Penulisan artikel ini
bertujuan untuk mendapatkan hasil review aplikasi teknologi digital di olahraga tenis meja. Review dilakukan dengan
penelusuran pustaka publikasi hasil penelitian selama 10 tahun terakhir. Hasil penelusuran disusun dalam bentuk
deskripsi ringkas sebagai gambaran perkembangan dan tren risetnya. Hasil review menunjukkan bahwa lintasan gerak
bola merupakan topik riset utama dengan aplikasi kamera kecepatan tinggi. Tren riset juga menunjukkan arah
aplikasi robotika.
References
[1] O. Koc, G. Maeda and J. Peters, Online optimal trajectory generation for robot table tennis, Robotics and Autonomous Systems 105: pp. 121-137, 2018
[2] C. Yu, S. Shao, J. S. Baker, J. Awrejcewicz, and Y. Gu, A comparative biomechanical analysis of the performance level on chasse step in table tennis, International Journal of Sports Science & Coaching vol. 0 no. 0: pp. 1-11, 2019
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[4] U. Acar, B. Bayram, H. I. Cetin, and F. B. Sanli, Determining the technical standards of ping pong table by using close range photogrammetry, Proceeding of International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Melbourne, Australia, Volume XXXIX-B5: pp. 1-4, 25 August – 01 September 2012
[5] G. Munivrana, L. Z. Petrinović, and M. Kondrič, Structural Analysis of Technical-Tactical Elements in Table Tennis and their Role in Different Playing Zones, Journal of Human Kinetics vol. 47: pp. 197-214, September 2015
[6] M. Kondrič, A. M. Zagatto, D. Sekulić, The physiological demands of table tennis: a review, Journal of Sports Science and Medicine vol. 12: pp. 362-370, September 2013
[7] L. A. Ebadi, and M. Günay, Analysing of the types of injuries observed in table tennis players according to the some variables, IOSR Journal of Sports and Physical Education (IOSR-JSPE) vol. 5 issue 4: pp. 21-26, Juli-Agustus 2018
[8] A. M. Zagatto, M. Kondric, B. Knechtle, P. T. Nikolaidis, and B. Sperlich, Energetic demand and physical conditioning of table tennis players. a study review. Journal of Sports Sciences, vol. 36 no. 7: pp. 724-731, 2018
[9] R. J. R. Den Hartigh and C. Gernigon, Time-out! How psychological momentum builds up and breaks down in table tennis, Journal of Sports Sciences vol. 36 no. 23: pp. 2732-2737, 2018
[10] Z. Bańkosz, and S. Winiarski, Correlations between angular velocities in selected joints and velocity of table tennis racket during topspin forehand and backhand, Journal of Sports Science and Medicine vol. 17: pp. 330-338, Mei 2018
[11] Y. Inaba, S. Tamaki, H. Ikebukuro, K. Yamada, H. Ozaki, and K. Yoshida, Effect of changing table tennis ball material from celluloid to plastic on the post-collision ball trajectory, Journal of Human Kinetics vol. 55: pp. 29-38, Januari 2017
[12] P. Wang, Q. Zhang, Y. Jin, and F. Ru, Studies and simulations on the flight trajectories of spinning table tennis ball via high-speed camera vision tracking system, Proc IMechE Part P: J Sports Engineering and Technology: pp. 1-17, 2018
[13] W. Zuopeng, and R. Kai, Sports biomechanics analysis of the backhand chop in table tennis, Research Journal of Biotechnology, Special issue: pp. 102-110, 2017
[14] Y-F. Ji, J-W. Zhang, Z-H Shi, M-H. Liu, and J. Ren, Research on real – time tracking of table tennis ball based on machine learning with low-speed camera, Systems Science & Control Engineering: An Open Access Journal, vol. 6 no. 1: pp. 71-79, 2018
[15] R. Gastinger, S. Litzenberger, and A. Sabo, Design, development and construction of a monitoring table tennis net, Procedia Engineering 13: pp. 297–303, 2013
[16] K. Kamijima, Y. Ushiyama, T. Yasaka, and M. Ooba, Effect of different playing surfaces of the table on ball bounces in table tennis, Proceeding of the 13th ITTF Sports Science Congress, Paris, France: pp. 53-56, Mei 2013
[17] L. Manin, M. Poggi, C. Bertrand, and N. Havard, Vibro-acoustic of table tennis rackets. Influence of the plywood design parameters. Experimental and sensory analyses, Procedia Engineering 72: pp. 374–379, 2014
[18] Y. Hayakawa, A. Nakashima, S. Itoh, and Y. Nakai, Ball trajectory planning in serving task for table tennis robot, Journal of Control, Measurement, and System Integration vol. 9 no. 2: pp. 050-059, Maret 2016
[19] Y-F. Chen, J-H. Wu, and C-C. Huang, Experimental investigation into mechanical properties of nanomaterial-reinforced table tennis rubber, Advances in Technology Innovation, vol. 1, no. 2: pp. 41-45, 2016
[20] Y. Konishi, H. Okuizumi, and T. Ohno, PIV measurement of a flying table tennis ball, Procedia Engineering 147: pp. 104–109, 2016
[21] R. G. Rinaldi, L. Manin, S. Moineau, and N. Havard, Table tennis ball impacting racket polymeric coatings: experiments and modeling of key performance metrics, Applied Sciences vol. 9 no. 158: pp. 1-16, Januari 2019
[22] M. J. C. Lee, H. Ozaki, and W. X. Goh, Speed and spin differences between the old celluloid versus new plastic table tennis balls and the effect on the kinematic responses of elite versus sub-elite players, International Journal of Racket Sports Science vol. 1 no. 1: pp. 26-36, 2019
[23] S. C. Michalski, A. Szpak, D. Saredakis, T. J. Ross, M. Billinghurst, T. Loetscher, Getting your game on: Using virtual reality to improve real table tennis skills, Plos One vol. 14 no. 9: pp. 1-14, September 2019
[24] H-I. Lin, Z. Yu, and Y-C. Huang, Ball tracking and trajectory prediction for table-tennis robots, Sensors vol. 20 no. 333: pp. 1-23, Januari 2020
[25] Z. Bańkosz, and S. Winiarski, Kinematic parameters of topspin forehand in table tennis and their inter- and intra-individual variability, Journal of Sports Science and Medicine vol. 19: pp. 138-148, Februari 2020
[26] F. Qiao, Application of deep learning in automatic detection of technical and tactical indicators of table tennis, Plos One vol. 16 no. 3: pp. 1-16, Maret 2021
[27] L. Yang, H. Zhang, X. Zhu, and X. Sheng, Ball motion control in the table tennis robot system using time-series deep reinforcement learning, IEEE Access vol. 9: pp. 99816-99827, Juli 2021
[2] C. Yu, S. Shao, J. S. Baker, J. Awrejcewicz, and Y. Gu, A comparative biomechanical analysis of the performance level on chasse step in table tennis, International Journal of Sports Science & Coaching vol. 0 no. 0: pp. 1-11, 2019
[3] C-H. Hung, A study of automatic and real-time table tennis fault serve detection system, Sports vol. 6 no. 158: pp. 1-13, November 2018
[4] U. Acar, B. Bayram, H. I. Cetin, and F. B. Sanli, Determining the technical standards of ping pong table by using close range photogrammetry, Proceeding of International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Melbourne, Australia, Volume XXXIX-B5: pp. 1-4, 25 August – 01 September 2012
[5] G. Munivrana, L. Z. Petrinović, and M. Kondrič, Structural Analysis of Technical-Tactical Elements in Table Tennis and their Role in Different Playing Zones, Journal of Human Kinetics vol. 47: pp. 197-214, September 2015
[6] M. Kondrič, A. M. Zagatto, D. Sekulić, The physiological demands of table tennis: a review, Journal of Sports Science and Medicine vol. 12: pp. 362-370, September 2013
[7] L. A. Ebadi, and M. Günay, Analysing of the types of injuries observed in table tennis players according to the some variables, IOSR Journal of Sports and Physical Education (IOSR-JSPE) vol. 5 issue 4: pp. 21-26, Juli-Agustus 2018
[8] A. M. Zagatto, M. Kondric, B. Knechtle, P. T. Nikolaidis, and B. Sperlich, Energetic demand and physical conditioning of table tennis players. a study review. Journal of Sports Sciences, vol. 36 no. 7: pp. 724-731, 2018
[9] R. J. R. Den Hartigh and C. Gernigon, Time-out! How psychological momentum builds up and breaks down in table tennis, Journal of Sports Sciences vol. 36 no. 23: pp. 2732-2737, 2018
[10] Z. Bańkosz, and S. Winiarski, Correlations between angular velocities in selected joints and velocity of table tennis racket during topspin forehand and backhand, Journal of Sports Science and Medicine vol. 17: pp. 330-338, Mei 2018
[11] Y. Inaba, S. Tamaki, H. Ikebukuro, K. Yamada, H. Ozaki, and K. Yoshida, Effect of changing table tennis ball material from celluloid to plastic on the post-collision ball trajectory, Journal of Human Kinetics vol. 55: pp. 29-38, Januari 2017
[12] P. Wang, Q. Zhang, Y. Jin, and F. Ru, Studies and simulations on the flight trajectories of spinning table tennis ball via high-speed camera vision tracking system, Proc IMechE Part P: J Sports Engineering and Technology: pp. 1-17, 2018
[13] W. Zuopeng, and R. Kai, Sports biomechanics analysis of the backhand chop in table tennis, Research Journal of Biotechnology, Special issue: pp. 102-110, 2017
[14] Y-F. Ji, J-W. Zhang, Z-H Shi, M-H. Liu, and J. Ren, Research on real – time tracking of table tennis ball based on machine learning with low-speed camera, Systems Science & Control Engineering: An Open Access Journal, vol. 6 no. 1: pp. 71-79, 2018
[15] R. Gastinger, S. Litzenberger, and A. Sabo, Design, development and construction of a monitoring table tennis net, Procedia Engineering 13: pp. 297–303, 2013
[16] K. Kamijima, Y. Ushiyama, T. Yasaka, and M. Ooba, Effect of different playing surfaces of the table on ball bounces in table tennis, Proceeding of the 13th ITTF Sports Science Congress, Paris, France: pp. 53-56, Mei 2013
[17] L. Manin, M. Poggi, C. Bertrand, and N. Havard, Vibro-acoustic of table tennis rackets. Influence of the plywood design parameters. Experimental and sensory analyses, Procedia Engineering 72: pp. 374–379, 2014
[18] Y. Hayakawa, A. Nakashima, S. Itoh, and Y. Nakai, Ball trajectory planning in serving task for table tennis robot, Journal of Control, Measurement, and System Integration vol. 9 no. 2: pp. 050-059, Maret 2016
[19] Y-F. Chen, J-H. Wu, and C-C. Huang, Experimental investigation into mechanical properties of nanomaterial-reinforced table tennis rubber, Advances in Technology Innovation, vol. 1, no. 2: pp. 41-45, 2016
[20] Y. Konishi, H. Okuizumi, and T. Ohno, PIV measurement of a flying table tennis ball, Procedia Engineering 147: pp. 104–109, 2016
[21] R. G. Rinaldi, L. Manin, S. Moineau, and N. Havard, Table tennis ball impacting racket polymeric coatings: experiments and modeling of key performance metrics, Applied Sciences vol. 9 no. 158: pp. 1-16, Januari 2019
[22] M. J. C. Lee, H. Ozaki, and W. X. Goh, Speed and spin differences between the old celluloid versus new plastic table tennis balls and the effect on the kinematic responses of elite versus sub-elite players, International Journal of Racket Sports Science vol. 1 no. 1: pp. 26-36, 2019
[23] S. C. Michalski, A. Szpak, D. Saredakis, T. J. Ross, M. Billinghurst, T. Loetscher, Getting your game on: Using virtual reality to improve real table tennis skills, Plos One vol. 14 no. 9: pp. 1-14, September 2019
[24] H-I. Lin, Z. Yu, and Y-C. Huang, Ball tracking and trajectory prediction for table-tennis robots, Sensors vol. 20 no. 333: pp. 1-23, Januari 2020
[25] Z. Bańkosz, and S. Winiarski, Kinematic parameters of topspin forehand in table tennis and their inter- and intra-individual variability, Journal of Sports Science and Medicine vol. 19: pp. 138-148, Februari 2020
[26] F. Qiao, Application of deep learning in automatic detection of technical and tactical indicators of table tennis, Plos One vol. 16 no. 3: pp. 1-16, Maret 2021
[27] L. Yang, H. Zhang, X. Zhu, and X. Sheng, Ball motion control in the table tennis robot system using time-series deep reinforcement learning, IEEE Access vol. 9: pp. 99816-99827, Juli 2021
Published
2021-11-09
How to Cite
Bayu Septa Martaviano Triaiditya, & Danang Ari Santoso. (2021). Review Aplikasi Teknologi Digital di Olahraga Tenis Meja. Prosiding Seminar Nasional IPTEK Olahraga (SENALOG), 4(1), Ilmu-Or 6. Retrieved from https://ejournal.unibabwi.ac.id/index.php/semnassenalog/article/view/1529
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