Cyclic Movement Primitives Underlying Two-Handed Alternating Signs In Signed Languages

Oksana Tkachman; Gracellia Purnomo; Bryan Gick

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Cyclic Movement Primitives Underlying Two-Handed Alternating Signs In Signed Languages

机译：签署语言双手交替标志的循环运动原语

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In speech, biomechanical constraints shape phonetics-phonology. For example, English /r/ variants are selected based on minimizing biomechanical effort [1] and a single motor action in the tongue may govern multiple speech events to improve movement efficiency [2]. We propose that signed languages are similarly constrained by biomechanics. Specifically, the present paper considers the hypothesis that otherwise unexplained universal aspects of sign languages can be understood as resulting from a preference for repeated alternating arm movements triggered by vestigial locomotor CPGs developed in human ancestors for quadrupedal locomotion.

机译：在语音中，生物力学约束形状语音 - 声音学。例如，基于最小化生物力学工作[1]和舌头中的单个电动机动作来选择英语/ r /变型可以控制多个语音事件以提高运动效率[2]。我们提出签署的语言类似地由生物力学限制。具体而言，本文考虑了标志语言的否则不可解释的普遍方面的假设可以理解，因为由由人类祖先的痕迹运动CPG触发的重复交替的臂运动来理解，因为Quadrupedal Locomotion的重复交替臂运动。

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《Canadian acoustics》 |2018年第4期|共2页
作者
Oksana Tkachman; Gracellia Purnomo; 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;

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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
Cyclic Movement; Primitives Underlying; Two-Handed Alternating Signs;

机译：循环运动;基元底层;双手交替标志;

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1. Cyclic Movement Primitives Underlying Two-Handed Alternating Signs In Signed Languages [J] . Oksana Tkachman, Gracellia Purnomo, Bryan Gick Canadian acoustics . 2018,第4期

机译：签署语言双手交替标志的循环运动原语
2. Natural language analysis of finger movements description sentences in sign language dictionary and development of its electronic version which enables search with pieces of movements [J] . Akira Hiroma, Nobuyuki Tanaka, Shigeyuki Hiratsuka, 電子情報通信学会技術研究報告. 音声. Speech . 2002,第128期

机译：手指移动的自然语言分析描述了手语字典的句子，其电子版本可以使用动作搜索
3. The Phonetics of Head and Body Movement in the Realization of American Sign Language Signs [J] . Tyrone Martha E., Mauk Claude E. Phonetica . 2016,第2期

机译：美国手语符号实现中头部和身体动作的语音学
4. Induced Decision Fusion in Automated Sign Language Interpretation: Using ICA to Isolate the Underlying Components of Sign [C] . David Windridge, Richard Bowden Multiple Classifier Systems . 2004

机译：自动手语解释中的诱导决策融合：使用ICA隔离手语的基本组成部分
5. Cognitive mechanisms underlying capacity limits in working memory: Insights from American Sign Language. [D] . Boutla, Mrim. 2003

机译：工作记忆能力限制背后的认知机制：美国手语的见解。
6. Manual Movement in Sign Languages: One Hand Versus Two in Communicating Shapes [O] . Casey Ferrara, Donna Jo Napoli -1

机译：手语中的手动运动：交流形式中的一只手与两只手
7. Investigating the underlying causes of SLI: A non-sign repetition test in British Sign Language [O] . Chloe R. Marshall, Tanya Denmark, Gary Morgan 2006

机译：调查SLI的潜在原因：英国手语中的非符号重复试验

Cyclic Movement Primitives Underlying Two-Handed Alternating Signs In Signed Languages

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