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Fifth-grade students' tactical understanding, decision-making and transfer of knowledge in a Tactical Games Model net/wall sampling unit .

机译:五年级学生在战术游戏模型网/墙采样单元中的战术理解,决策和知识转移。

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摘要

The Tactical Games Model (TGM) is an instructional model in which the primary assumption is to facilitate students' tactical understanding of games (i.e., response-selection and execution processes). Additionally, there is speculation that tactical understanding of one game transfers to other tactically similar games (Mitchell, Oslin & Griffin, 2006, p. 20). Limited research has been conducted regarding student response selection processes, problem representations, knowledge base development, or transfer of learning in this model. Griffin and Patton (2005) called for examination of TGM through an information processing lens. Examining action, condition, and goal responses of novice physical education students could provide significant insight to students' improved game performance. Also, examining students' engagement in particular tactical problems across diverse activities in a single game category could provide insight into how and which knowledge structures transfer. The purpose of this study was to examine fifth-grade students' tactical understanding and decision-making in a net/wall unit. A second purpose was to analyze the transfer of knowledge structures across the unit. Participants included an elementary school physical educator and purposively selected students (n=16; M=8, F=8) from a fifth-grade physical education class (N=50) at a suburban elementary school in the northeastern United States. Appropriate permission was obtained from the university's Institutional Review Board. The unit consisted of 20 lessons (50 minute classes). Select students remained in a cohort, participating with and against each other throughout the unit. Data was collected using multiple sources: (a) game performance (pre-post-unit), (b) situational knowledge quiz (pre-post-unit), (c) formal, semi-structured teacher interviews/written response to structured questions (pre-post-unit), (d) descriptive field notes, (e) video-taped and audio-taped teacher/student performances, (f) student think-aloud reports during the second game of each lesson (McPherson & Thomas, 1989), and (g) student focus group interviews (post-unit). Interviews were transcribed, open, axial, and selectively coded, then triangulated to develop categories. Situational quizzes, verbal recall data, and focus group interviews were micro-analyzed using a protocol analysis developed by McPherson and Thomas (1989) to examine action, condition, and goal orientations of students. Video taped game performances were analyzed using the Game Performance Assessment Instrument (Griffin, Mitchell, & Oslin, 1997). Results contribute to the empirical support for TGM, as well as contribute to what is known about knowledge structure development and transfer of learning for 5th grade novice games players.
机译:战术游戏模型(TGM)是一种教学模型,其中的主要假设是促进学生对游戏的战术理解(即,响应选择和执行过程)。另外,有一种推测是,一种游戏的战术理解会转移到其他战术上相似的游戏(Mitchell,Oslin&Griffin,2006年,第20页)。在这种模式下,有关学生的反应选择过程,问题表示,知识库的开发或学习转移的研究已经很少。格里芬和帕顿(Griffin and Patton,2005年)呼吁通过信息处理手段来检查TGM。通过研究体育新手的动作,状况和目标反应,可以为他们提高比赛表现提供重要的见解。同样,在一个游戏类别中检查学生在跨各种活动的特定战术问题中的参与度,可以洞悉知识结构的转移方式和知识转移方式。这项研究的目的是在网/墙单元中研究五年级学生的战术理解和决策。第二个目的是分析跨部门的知识结构的转移。参加者包括一名小学体育老师,并有目的地从美国东北部郊区一所小学的五年级体育课(N = 50)中选出的学生(n = 16; M = 8,F = 8)。已从大学的机构审查委员会获得了适当的许可。该单元由20节课(50分钟的课程)组成。精选学生留在同一个队列中,在整个单元中彼此参与和对抗。数据是通过多种来源收集的:(a)游戏表现(单元后的成绩),(b)情境知识测验(单元后的成绩),(c)正式的,半结构化的老师访谈/对结构化问题的书面答复(单元后),(d)描述性田野笔记,(e)录像带和录音带的老师/学生的表演,(f)每节课第二场比赛中的学生思想度报告(McPherson和Thomas, (1989),以及(g)学生焦点小组访谈(单元后)。访谈被转录,开放,轴向和选择性编码,然后进行三角划分以建立类别。使用McPherson和Thomas(1989)开发的协议分析对情境测验,口头回忆数据和焦点小组访谈进行了微观分析,以检查学生的行动,状况和目标取向。使用“游戏性能评估工具”(Griffin,Mitchell和Oslin,1997)分析了录像带的游戏性能。结果有助于TGM的经验支持,也有助于了解五年级新手游戏玩家的知识结构发展和学习转移。

著录项

  • 作者

    Bohler, Heidi R.;

  • 作者单位

    University of Massachusetts Amherst.;

  • 授予单位 University of Massachusetts Amherst.;
  • 学科 Education Physical.
  • 学位 Ed.D.
  • 年度 2011
  • 页码 297 p.
  • 总页数 297
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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