Perceiving Visible Speech Articulations In Virtual Reality

Megan Keough; Ryan C. Taylor; Esther Y. T. Wong; Dimitri Prica; Murray Schellenberg; Bryan Gick

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Perceiving Visible Speech Articulations In Virtual Reality

机译：在虚拟现实中感知可见的语音关节

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Advances in virtual reality (VR) and avatar technologies have created new platforms for face-to-face communication in which visual speech information is presented through avatars using simulated articulatory movements. These movements are typically generated in real time by algorithmic response to acoustic parameters. While the communicative experience in VR has become increasingly realistic, the visual speech articulations remain intentionally imperfect and focused on synchrony to avoid uncanny valley effects [1]. While considerable previous research has demonstrated that listeners can incorporate visual speech information produced by computer-simulated faces with precise and pre-programmed articulations [2], it is unknown whether perceivers can make use of such underspecified and at times misleading simulated visual cues to speech.

机译：虚拟现实（VR）和Avatar技术的进步已经为面对面通信创建了新的平台，其中通过使用模拟的铰接运动通过化身通过化身来呈现视觉语音信息。这些运动通常通过对声学参数的算法响应实时生成。虽然VR中的交际经验变得越来越地，但可视语言铰接仍然是故意不完美的，并专注于同步措施，以避免不可思议的谷效应[1]。虽然以前的前面的研究表明，听众可以包含通过精确和预编程的铰接的计算机模拟面部产生的视觉语音信息[2]，但是尚不清楚感知是否可以利用这样的欠指定并且有时误导模拟的视觉提示语音。

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来源
《Canadian acoustics》 |2018年第4期|共2页
作者
Megan Keough; Ryan C. Taylor; Esther Y. T. Wong; Dimitri Prica; Murray Schellenberg; Bryan Gick;
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作者单位

Department of Linguistics University of British Columbia Vancouver British Columbia Canada;

Department of Linguistics University of British Columbia Vancouver British Columbia Canada;

Department of Linguistics University of British Columbia Vancouver British Columbia Canada;

Department of Linguistics University of British Columbia Vancouver British Columbia Canada;

Department of Linguistics University of British Columbia Vancouver British Columbia Canada;

Department of Linguistics University of British Columbia Vancouver British Columbia Canada;

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原文格式 PDF
正文语种 eng
中图分类振动和噪声的控制及其利用;
关键词
Perceiving Visible; Speech Articulations; Virtual Reality;

机译：感知可见;语音关节;虚拟现实;

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专利

1. Perceiving Visible Speech Articulations In Virtual Reality [J] . Megan Keough, Ryan C. Taylor, Esther Y. T. Wong, Canadian acoustics . 2018,第4期

机译：在虚拟现实中感知可见的语音关节
2. The perceived clarity of children’s speech varies as a function of their default articulation rate [J] . Melissa A. Redford The Journal of the Acoustical Society of America . 2014,第5期

机译：儿童言语清晰度的感知随其默认发音率的变化而变化
3. Developing speech input for virtual reality applications: A reality based interaction approach [J] . Stedmon A.W., Patel H., Sharples S.C., International journal of human-computer studies . 2011,第1a2期

机译：为虚拟现实应用程序开发语音输入：基于现实的交互方法
4. An interactive speech training system with virtual reality articulation for Mandarin-speaking hearing impaired children [C] . Xiaoqian Liu, Nan Yan, Lan Wang, IEEE International Conference on Information and Automation . 2013

机译：具有虚拟现实发音的交互式语音训练系统，用于说普通话的听障儿童
5. Evaluating the impact of display medium (Virtual Reality Head Mounted Display vs. Screen Display) on perceived user experience and aesthetic value within virtual hotel environments. [D] . Arnowitz, Ethan H. 2017

机译：评估显示媒体（虚拟现实头戴式显示器与屏幕显示器）对虚拟酒店环境中感知的用户体验和审美价值的影响。
6. The perceived clarity of childrens speech varies as a function of their default articulation rate [O] . Melissa A. Redford -1

机译：儿童言语清晰度的感知随其默认发音率的变化而变化
7. An interactive speech training system with virtual reality articulation for Mandarin-speaking hearing impaired children [O] . Wang L, Yan N, Liu X, 2013

机译：一个交互式语音训练系统，具有虚拟现实清晰度，适用于讲普通话的听力障碍儿童
8. Embedding speech into virtual realities [R] . Bohn, Christian-Arved, Krueger, Wolfgang 1993

机译：将语音嵌入虚拟现实中

Perceiving Visible Speech Articulations In Virtual Reality

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