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Gaze Supported Gestural Computer Interaction: Performance Implications of Training

机译:凝视支持的手势计算机互动:培训的绩效影响

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Gaze supported non-tactile gestural control uses a combination of gestures based body movements with eye gaze positioning to provide an input source for a user’s control with a system. Combining body gestures with eye movements allows for unique computer control methods other than the traditional mouse. However, research is mixed on the effectiveness of emerging control types, such as gestures and eyetracking, with some showing positive performance outcomes for one or more control aspects but performance detriments in other areas that would prohibit the use of such novel control methods. One important aspect that is often ignored is familiarity with the control method. Unlike the mouse, users are typically unfamiliar with eye and gestures based control methods. In order to truly understand the benefit of new concepts like gaze supported gestural controls, testing experienced users is necessary. In the current experiment, participants were trained on the gaze supported gestures system in order to become “experts” and achieve similar levels of proficiency with the different control methods to be assessed, to include mouse, non-gaze and gaze supported gestural controls. Results showed that after as few as five practice sessions participants were able to perform a simple point and click task as well or even better than mouse control when using gaze supported gestures.
机译:凝视支撑的非触觉手势控制使用基于手势的身体运动的组合与眼睛凝视定位,以提供用户对系统的控制的输入源。用眼睛运动结合身体手势允许除了传统鼠标以外的独特计算机控制方法。然而,研究与新兴控制类型的有效性混合,例如手势和眼镜,一些显示一个或多个控制方面的阳性性能结果,但禁止使用这种新的控制方法的其他领域的性能损害。通常被忽视的一个重要方面是熟悉控制方法。与鼠标不同,用户通常不熟悉基于眼睛和手势的控制方法。为了真正理解新概念的利益,如凝视支持的姿态控制,测试有经验的用户是必要的。在目前的实验中,参与者在凝视支持的手势系统上培训,以成为“专家”,并达到类似的对照方法进行评估的不同控制方法,包括小鼠,非凝视和凝视支持的手术控制。结果表明,随着五个练习课程的少数练习课程,参与者能够执行一个简单的点,并且在使用凝视支持的手势时也比鼠标控制更好地单击任务。

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