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Acting Together, Acting Stronger? Interference between Participants during Face-to-face Cooperative Interception Task

机译:演奏在一起,表现得更强?参与者在面对面合作拦截任务期间的干扰

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People generally coordinate their action to be more effective. However, in some cases, interference between them occur, resulting in an inefficient collaboration. The main goal of this study is to explore the way two persons regulate their actions when performing a cooperative task of ball interception, and how interference between them may occur. Starting face to face, twenty-four participants (twelve teams of two) had to physically intercept balls moving down from the roof to the floor in a virtual room. To this end, they controlled a virtual paddle attached to their hand moving along the anterior-posterior axis, and were not allowed to communicate. Results globally showed participants were often able to intercept balls without collision by dividing the interception space in two equivalent parts. However, an area of uncertainty (where many trials were not intercepted) appeared in the center of the scene highlighting the presence of interference between participants. The width of this area increased when situation became more complex and when less information was available. Moreover, participants often interpreted balls starting above them as balls they should intercept, even when these balls were in fine intercepted by their partner. Overall, results showed that team coordination emerges from between-participants interactions in this ball interception task and that interference between them depends on task complexity (uncertainty on partner's action and visual information available).
机译:人们一般协调他们的行动更有效。然而,在某些情况下,它们之间的干扰发生,导致效率低下的协作。本研究的主要目标是探讨两个人在执行球拦截的合作任务时调节行动的方式,以及如何发生干扰。从面对面开始,二十四名参与者(二手两队)不得不物理拦截球从屋顶向下移动到一个虚拟房间。为此,它们控制了沿着前后轴线移动的虚拟桨叶,并且不允许通信。结果全球显示参与者通常能够通过将拦截空间除以两​​个等效部分而不会碰撞而不会碰撞。然而,在场景中心突出了参与者之间的干扰的存在,出现了一个不确定性(未被截获的许多试验)的区域。当情况变得更加复杂并且信息较少时,该区域的宽度增加。此外,参与者通常会被解释为在他们身上开始的球,因为它们应该拦截的球,即使这些球被他们的伴侣拦截。总体而言,结果表明,团队协调从与会者之间的与会者之间的交互中出现,并且它们之间的干扰取决于任务复杂性(合作伙伴的行动和可用视觉信息的不确定性)。

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