高尔夫果岭沙坑击球性能指标建模:基于IMU传感器的方法

Josefa Wivou, P. Pathirana, V. Huynh, L. Udawatta
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引用次数: 0

摘要

人们已经进行了大量的科学实验研究,目的是确定影响杆头速度的因素,而很少有人研究杆头速度对高尔夫运动中推杆、击球和推杆的影响。然而,目前还没有对果岭侧沙坑有效击球的杆头速度进行分析,并确定相关的关键特征进行评价,以获得相对于职业高尔夫球手的表现指标。通过应用杆头峰值速度的数学模型,对22名高尔夫受试者的数据进行了分析。对于果岭边的有效沙坑击球,结果表明,PG在击球时的杆头速度非常高,低差点高尔夫球手(LHG)的杆头速度很高,而新手(NG)的杆头速度较低。结果还表明,优化性能指数(OPI)值随着高尔夫球手差点指数的增加而显著增加。本研究结果可为科学分析果岭边沙坑击球的有效峰值速度,识别球手的表现指标,通过适当的训练指导提高技术水平提供新思路。
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Performance Index Modeling for Golf Greenside Bunker Shots: IMU Sensor based Approach
There has been substantial scientific experimental research undertaken with the aim of determining factors that contribute to club-head speed while few on effects of club-head speed on drives, irons shot and putts in the game of golf. However, analysis of club-head velocity for an effective greenside bunker shot has not, and identification of associated key features for evaluation to obtain performance index relative to professional golfers (PG). Data from twenty-two (22) golfing subjects were analyzed through mathematical model that was applied at club-head peak velocity. For an effective greenside bunker shot, results indicated that PG delivered very high club-head speed at impact, low handicap golfers (LHG) delivered high club-head speed while novice golfers (NG) had low club-head speed. Result also showed that optimized performance index (OPI) value increased as the golfer's handicap index increased dramatically relative to PG golfers. The result of this study may serve as a novelty to the scientific analysis of an effective greenside bunker shot peak velocity and identification of golfer's performance index for skills enhancement through proper training guidelines.
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