The Effect of an Exergame on the Shadow Play Skill Based on Muscle Memory for Young Female Participants: The Case of Forehand Drive in Table Tennis
Forouzan Farzinnejad, Javad Rasti, Navid Khezrian, Jens Grubert

TL;DR
This study evaluates an exergame designed to improve forehand drive skills in young female novice table tennis players by enhancing muscle memory and reducing faulty techniques, showing significant short- and long-term benefits.
Contribution
The paper introduces a skeleton-tracking exergame supporting shadow practice for young girls, demonstrating its effectiveness in improving table tennis skills over traditional methods.
Findings
Experimental group showed greater improvement than control in both short and long term.
The exergame significantly enhanced muscle memory and skill retention.
Long-term skill retention was observed 10 days after training.
Abstract
Learning and practicing table tennis with traditional methods is a long, tedious process and may even lead to the internalization of incorrect techniques if not supervised by a coach. To overcome these issues, the presented study proposes an exergame with the aim of enhancing young female novice players' performance by boosting muscle memory, making practice more interesting, and decreasing the probability of faulty training. Specifically, we propose an exergame based on skeleton tracking and a virtual avatar to support correct shadow practice to learn forehand drive technique without the presence of a coach. We recruited 44 schoolgirls aged between 8 and 12 years without a background in playing table tennis and divided them into control and experimental groups. We examined their stroke skills (via the Mott-Lockhart test) and the error coefficient of their forehand drives (using a ball…
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Taxonomy
TopicsSport Psychology and Performance · Sports injuries and prevention · Sports Performance and Training
