- 著者
- 陸川 章
- 出版者
- 東海大学体育学部
- 雑誌
- 東海大学紀要 体育学部 (ISSN:03892026)
- 巻号頁・発行日
- no.33, pp.35-42, 2003
The purpose of this study was to conduct a computer-assisted, comparative analysis of the Tokai University men's basketball team and 4 JBL Super League teams, and to find areas of improvement for the Tokai University men's basketball team and one particular shooter. Tokai University Basketball Game Analysis Software was specially developed to analyze characteristics of the offense of teams and of individual players. Three findings of the comparative analysis of the team were:(a) an increase in the shooting success rate through the strengthening of team offense, inside play, and offense rebounding; (b) an increase in the success rate of fast break; and (c) a decrease in turnovers. Also, two findings from the comparative analysis of a particular Tokai University player and a selected player from one of the Super League teams were (a) on-court judgments about the shot selections and (b) improvement in shooting ability. The author concluded that future practice of the Tokai University men's basketball team should be organized to improve these areas.
- 著者
- 小山 孟志 藤井 慶輔 陸川 章 有賀 誠司
- 出版者
- 一般社団法人 日本体育学会
- 雑誌
- 日本体育学会大会予稿集
- 巻号頁・発行日
- vol.67, pp.276_3-276_3, 2016
<p> 本研究はバスケットボール選手の試合中における高強度運動について、心拍数を指標に定量化することを目的とした。大学男子バスケットボール選手(延べ27名)を対象に、選手の胸部に心拍センサーを装着し、試合開始から試合終了までの心拍数を計測した。最大心拍数の測定には漸増負荷測定時の最大値を採用した。試合に10分間以上出場した選手のデータを用いて、出場時間に対する最大心拍数の90%以上を記録した時間の割合について検討した。その結果、最大心拍数の90%以上を記録した時間の割合は49.1 ± 26.0%であり、その時間は540.5 ± 341.0秒であることがわかった。ポジション別に比較すると、ビッグマンはペリメーターに比べて最大心拍数の90%以上を記録した時間の割合が低いことがわかった。出場時間の約半分が高強度であるこの割合を、試合を想定した練習・トレーニングでも考慮するべき可能性がある。</p>
1 0 0 0 OA 大学男子バスケットボール選手におけるフリースロー・シュート技能の評価
- 著者
- 陸川 章 山田 洋 加藤 達郎 植村 隆志
- 出版者
- 東海大学
- 雑誌
- 東海大学紀要. 体育学部 (ISSN:03892026)
- 巻号頁・発行日
- vol.35, pp.7-12, 2006-03-31
The purpose of this study is to examine shot skill of free throw in male college basketball players. Subjects were two male college basketball players (subject A: good shot-skilled player, subject B: poor shot-skilled player). Their forms during shots of free throw were recorded by using a digital video camera. The displacement of ball and joint angle were calculated from obtained video data. The velocity of ball which are released was faster in subject A than in subject B. Behaviors of changes of joint angle in subject A were similar to subject B. However, from the point of view of the "motor conduction", the conduction was inferior in the subject B than in the subject A. These results suggest that differences in the "motor conduction" may affect shot skill of free throw in basketball, and kinematics data obtained from video camera are useful as the index of motor skills.