用BasketballAnalyzeR分析篮球数据

A. Fox, Marica Manisera, Marco Sandri, P. Zuccolotto
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引用次数: 0

摘要

在“篮球数据科学”一书中描述的R包basketanalyzer被设计成一个灵活的工具,用于各种各样的目标。它简单到足以消除有抱负的数据科学家和体育分析师的进入障碍,但它也允许为科学研究执行更复杂的分析。它适用于统计学学位课程和特定的体育硕士和研究生课程的教学。在本文中,我们将展示BasketballAnalyzeR提供的一些统计图形工具:泡泡图,用于评估几个游戏变量之间的关系;镜头图和镜头空间密度热图,提取空间表现信息;投篮密度图,分析一些并发游戏变量的投篮频率;助攻/投篮网络,突出队友之间的关系;对一些并发游戏变量的得分概率和期望得分进行非参数估计,以调查每个玩家最有效的射门。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analyzing Basketball Data with BasketballAnalyzeR
The R package BasketballAnalyzeR, described in the book “Basketball Data Science”, is designed to be a flexible tool for a great variety of aims. It is simple enough to eliminate barriers-to-entry for aspiring data scientists and sports analysts, but is also allows to perform more complex analyses for scientific research. It is appropriate for teaching, in both degree courses in Statistics and specific Masters and post-graduate courses in sports. In this article we show some of the statistical graphical tools made available by BasketballAnalyzeR: bubble plots, to assess relationships among several game variables; shot charts and heatmaps of the shots’ spatial density, to extract information about spatial performance; shot density charts, to analyze shot frequency with respect to some concurrent game variables; assist/shot networks, to highlight the relationships between teammates; nonparametric estimation of scoring probability and expected points with respect to some concurrent game variables, to investigate which are each player’s most efficient shots.
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