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| 題 名 | 高中籃球聯賽不同位置移動距離與速率之分析=Analysis of Distance and Speed Rate of Different Positions on High School Basketball League during Competition |
|---|---|
| 作 者 | 陳正修; 李淳滏; 蔡政霖; 林正常; | 書刊名 | 運動生理暨體能學報 |
| 卷 期 | 34 2022.06[民111.06] |
| 頁 次 | 頁1-10 |
| 分類號 | 528.952 |
| 關鍵詞 | Kwon 3D動作分析系統; 前鋒; 中鋒; 後衛; 體能; Kwon 3D motion analysis; Forward; Center; Guard; Fitness; |
| 語 文 | 中文(Chinese) |
| DOI | 10.53106/1815638X2022060034001 |
| 中文摘要 | 目的:本研究旨在探討我國高中籃球聯賽男子球員,優秀前鋒、中鋒、後衛比賽中移動距離與速率。方法:採固 定機位攝影機現場拍攝高中籃球聯賽3名指標選手。影像資料輸入Kwon 3D動作分析系統後,比較3位選手比賽時移動 的距離、速率、時間。結果:比賽時各位置的移動總距離與每分鐘平均移動距離(前鋒:6,215.85公尺/163.58公尺; 中鋒:5,248.70公尺/169.31公尺;後衛:6,539.54公尺/163.49公尺),皆未達顯著差異(p > .05)。各級移動速率 出現的次數中,前鋒比賽時極慢、慢速、中等、次極限、極限、總移動次數分別為53,723、53,768、12,264、2,625、 386 、 122,766 次 ; 中 鋒 為 96,257 、 46,240 、 10,012 、 1,089 、 103 、 153,701 次 ; 後 衛 則 為 77,759 、 61,494 、 11,530 、 1,350、162、152,295次,除前鋒次極限速率出現次數的總和顯著高於中鋒(p < .05),其餘各節各級距的出現次數與 比例,對不同位置的選手並無顯著不同。結論:各位置比賽的移動總距離、每分鐘平均移動距離、移動速率次數等外 在負荷相似,表示位置區分上已趨模糊,惟前鋒對爆發力要求較高,但體能需求上差異不大,因此體能訓練上的負荷 與強度,皆可進行多趟每分鐘160公尺以上中等至次極限速度的折返跑累積至5公里,每趟休息時間最多不超過1分 鐘,以強化磷酸與乳酸系統。 |
| 英文摘要 | Purpose: The aim of this study was to investigate the difference in distance and speed of position on elite high school bas- ketball male players during official competition. Methods: Three elite male basketball players from High School Basketball League division one were monitored across quarterfinal games. Collected total distance covered and speed rate and time were digitized and analyzed by Kwon 3D motion analysis system. Results: Distance and per minute average distance moved for the forward, center and guard were 6215.85m/163.58m, 5248.70m/169.31m, 6539.54m/163.49m, respectively, both had no significant difference (p > .05). Among the times of speed at 5 levels and total, the forwards were 53723, 53768, 12264, 2625, 386, 122766 in extremely slow, slow, medium, sub-maximal, extreme, and total; center were 96257, 46240, 10012, 1089, 103, 153701; guard were 77759, 61494, 11530, 1350, 162, 152295, only total number of times of forward sub-maximal speed significant higher than center (p < .05). Conclusion: The difference in the external load of distance, per minute average distance, and speed rate time during the competition of each position is getting low, all position need similar physical demands, forward require more power. Therefore, design medium to sub-maximal speed rate shuttle run exceed 160m per minute until 5km, rest interval less than a mi- nute to optimize phosphagen and lactate system. |
本系統中英文摘要資訊取自各篇刊載內容。