This study exploring the effects of virtual reality basketball asymmetric training on the technical and tactical ability of professional basketball players (male and female) through the use of virtual reality devices.
The experimental conclusion of this study was obtained by comparing virtual reality basketball asymmetric training with traditional basketball asymmetric training (using cRCT random experimental grouping)
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
HEALTH_SERVICES_RESEARCH
Masking
SINGLE
Enrollment
60
This study established two experimental groups, namely the experimental group and the control group. The experimental group received virtual reality device assisted training, while the control group received traditional training
This study established two experimental groups, namely the experimental group and the control group. The experimental group received virtual reality device assisted training, while the control group received traditional training
Shandong Provincial Sports Training Center
Jinan, Shandong, China
Effects of Asymmetric Training in Virtual Reality Basketball on The Complex Technical Completion Scores of Professional Basketball players
Examine the effect of virtual reality training across pretest, post-test 1, and post-test 2 on asymmetrical scores of complex technical abilities in terms of professional basketball players' dribbling, driving, passing, and rebounding in China. This study used DJ Osmo Action 3 camera and GoPose software to capture, measure, and analyze the basketball technique movements of the experimental subjects. The specific measurements are listed below： Technical Completion Rate (0/100 points) Technical Connection Rate (0/100 points)
Time frame: Pretest：July 27th Post-test 1：August 25th Post-test 2：September 22nd
Effects of Asymmetric Training in Virtual Reality Basketball on The Complex Technical Completion Rate of Professional Basketball players
Examine the effect of virtual reality training across pretest, post-test 1, and post-test 2 on asymmetrical rate of complex technical abilities in terms of professional basketball players' shooting, layup and defensive in China. This study used DJ Osmo Action 3 camera and GoPose software to capture, measure, and analyze the basketball technique movements of the experimental subjects. The specific measurements are listed below： Technical Accuracy Rate (%) Technology Success Rate (%)
Time frame: Pretest：July 27th Post-test 1：August 25th Post-test 2：September 22nd
Effects of Asymmetric Training in Virtual Reality Basketball on Complex Tactics Scores of Professional Basketball Players
Examine the effect of virtual reality training across pretest, post-test 1, and post-test 2 on asymmetrical scores level of tactical abilities in terms of professional basketball players' 3-man organized offense, 3-man organized defense, 4-man organized offense, 4-man organized defense, 5-man organized offense and 5-man organized defense in China. This study used DJ Osmo Action 3 camera and Dartfish software to capture, measure, and analyze the basketball tactical execution process of the experimental subjects. The specific measurements are listed below： Tactical Completion Rate (0/100 points) Tactical Connection (0/100 points) Tactical Decision-making Ability (0/100 points) Tactical Selection Accuracy (0/100 points) Tactical SuccessRate (0/100 points)
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Time frame: Pretest：July 27th Post-test 1：August 25th Post-test 2：September 22nd