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机器人化身的标志性手势、识别与语音整合

Iconic Gestures for Robot Avatars, Recognition and Integration with Speech.

作者信息

Bremner Paul, Leonards Ute

机构信息

Bristol Robotics Laboratory, University of The West of England Bristol, UK.

School of Experimental Psychology, University of Bristol Bristol, UK.

出版信息

Front Psychol. 2016 Feb 17;7:183. doi: 10.3389/fpsyg.2016.00183. eCollection 2016.

Abstract

Co-verbal gestures are an important part of human communication, improving its efficiency and efficacy for information conveyance. One possible means by which such multi-modal communication might be realized remotely is through the use of a tele-operated humanoid robot avatar. Such avatars have been previously shown to enhance social presence and operator salience. We present a motion tracking based tele-operation system for the NAO robot platform that allows direct transmission of speech and gestures produced by the operator. To assess the capabilities of this system for transmitting multi-modal communication, we have conducted a user study that investigated if robot-produced iconic gestures are comprehensible, and are integrated with speech. Robot performed gesture outcomes were compared directly to those for gestures produced by a human actor, using a within participant experimental design. We show that iconic gestures produced by a tele-operated robot are understood by participants when presented alone, almost as well as when produced by a human. More importantly, we show that gestures are integrated with speech when presented as part of a multi-modal communication equally well for human and robot performances.

摘要

辅助言语手势是人类交流的重要组成部分,可提高信息传递的效率和效果。实现这种多模态通信的一种可能的远程方式是通过使用远程操作的类人机器人化身。此前已证明,此类化身可增强社交临场感和操作员的显著性。我们提出了一种基于运动跟踪的用于NAO机器人平台的远程操作系统,该系统允许直接传输操作员产生的语音和手势。为了评估该系统传输多模态通信的能力,我们进行了一项用户研究,调查机器人产生的标志性手势是否可理解,以及是否与语音相结合。使用参与者内实验设计,将机器人执行的手势结果与人类演员产生的手势结果直接进行比较。我们表明,远程操作的机器人单独呈现标志性手势时,参与者几乎能像人类产生的手势一样理解。更重要的是,我们表明,当作为多模态通信的一部分呈现时,手势与语音的结合对于人类和机器人的表现同样良好。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/2ef4/4756113/3d6c25816f00/fpsyg-07-00183-g0001.jpg

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