手语
参照物
语素
计算机科学
运动捕捉
符号(数学)
语言学
运动(物理)
表达式(计算机科学)
手势
分类器(UML)
运动学
沟通
人工智能
自然语言处理
心理学
数学
物理
程序设计语言
哲学
数学分析
经典力学
作者
Rose Stamp,David Cohn,Hagit Hel‐Or,Wendy Sandler
标识
DOI:10.1177/00238309231169502
摘要
Just as vocalization proceeds in a continuous stream in speech, so too do movements of the hands, face, and body in sign languages. Here, we use motion-capture technology to distinguish lexical signs in sign language from other common types of expression in the signing stream. One type of expression is constructed action, the enactment of (aspects of) referents and events by (parts of) the body. Another is classifier constructions, the manual representation of analogue and gradient motions and locations simultaneously with specified referent morphemes. The term signing is commonly used for all of these, but we show that not all visual signals in sign languages are of the same type. In this study of Israeli Sign Language, we use motion capture to show that the motion of lexical signs differs significantly along several kinematic parameters from that of the two other modes of expression: constructed action and the classifier forms. In so doing, we show how motion-capture technology can help to define the universal linguistic category “word,” and to distinguish it from the expressive gestural elements that are commonly found across sign languages.
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