Right before the World Table Tennis Championship in Düsseldorf, Germany, the 15th ITTF Sport Science Congress was held on the 27th and 28th of May, 2017. It brought together experts from all around the world with the idea of furthering collaboration between players, coaches and scientists to develop table tennis.
During the Congress, Rizal Wan gave two lectures. Rizal Wan specializes in Human Motor Control and learning, with the focus on skill acquisition. He has obtained the Gold Medal Award from Rotary International in 2005. His passion for sports began as a P.E. teacher, a position he held for 12 years. He is currently a Senior Lecturer at Republic Polytechnic, School of Sports, Health and Leisure where he teaches Heath & Wellness, Human Motor Control & Learning as well as Sports Coaching.
During this lecture he shares his findings that he has made during his research into Hysteresis in Discrete Multiarticular Action Performed by Skilled and Novice Table Tennis Players.
- Explains the Dynamical Systems Theory, the key terms in DST & what is Hysteresis (0:00-3:13)
- Examples of Hysteresis, how Hysteresis has a tendency to be influenced by previous experience (3:13-6:22)
- The tools he used in his research, videos of the table tennis players, the use of motion capture markers to analyze the movement patterns (6:22-7:24)
- The results of his research using cluster analysis & the possibilities of future research (7:24-12:42)
- Q&A part of the lecture (12:42-17:11)
Perturbation Induced Tasks
During this lecture he shares findings that he has made during his research into Perturbation Induced Tasks To Dichotomise Skill Levels:
- Overview and problems of physical education tests (0:00–2:28)
- Explains the Dynamical Systems Theory & what is Critical Slowing Down (2:28–3:30)
- Examples of Perturbation Studies & the Research Gaps that exist (3:30–5:17)
- The tools he used in his research, the use of motion capture markers to analyze the movement patterns & Critical Slowing Down (5:17–7:11)
- The results of his research (7:11–12:10)
- Q&A part of the lecture (12:10–15:28)