舞蹈和音乐中的节拍节奏体验作为参与式跨模态句法加工

Piotr Podlipniak
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摘要

a .生物音乐学:音乐是洪堡系统的一个例子(Merker, 2002),它由根据特定规则组织的有限数量的单位组成。这些单元的排列通常被称为“句法”,它需要一种特殊形式的神经处理(Patel, 1998)。音乐句法的神经处理基于两种类型的分析(即谱分析和时间分析)(Zatorre, Belin, & Penhune, 2002),这导致了音乐音高和节奏层次的体验。当我们听一个连续的节奏小节(节奏)时,节奏层次是一个周期性的重音(节拍)方案,这个领域的层次模式可以被称为“节拍节奏模式”。“然而,虽然离散音高模式的层次结构似乎是音乐所独有的,但节拍节奏模式可以分别通过发声和身体运动在听觉和运动领域产生。”因此,音乐结构的节拍节奏部分可以通过舞蹈中的肢体动作来诠释(Sievers, Polansky, Casey, & Wheatley, 2013)。学科背景B.音乐心理学:节奏层次的体验,本质上是前概念的和运动的,作为皮层和皮层下相互作用演变的结果,成为句法关系的跨模态心理参照。这一观点得到了以下事实的支持:对节拍节奏模式的体验和识别不需要任何概念属性的意识,听觉-运动同步——对节奏句法产生至关重要的能力,是基于皮质-皮质下回路的(Li et al., 2015)。音乐和舞蹈是人类团结的重要组成部分。这次演讲的主要目的是展示我们对舞蹈和音乐的参与感是基于节拍节奏和音高层次的句法处理。在节拍节拍的情况下
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Metro-rhythmical experience in dance and music as the participatory cross-modal syntactic processing
Disciplinary background A. Biomusicology: Music is an example of the Humboldt system (Merker, 2002) which consists of a restricted number of units organized according to particular rules. The arrangement of these units is often called ‘syntax’ and it necessitates a special form of neural processing (Patel, 1998). The neural processing of musical syntax is based on two types of analysis (i.e. spectral and temporal analyses) (Zatorre, Belin, & Penhune, 2002) which result in the experience of musical pitch and rhythm hierarchies. As a rhythm hierarchy is experienced as a periodical scheme of accents (meter) that occurs when we listen to a succesion of rhythm measures (rhythm) the hierarchical patterns in this domain can be called ‘metro-rhythmical patterns.’ However, while the hierarchical schemes of discrete pitch patterns seem to be unique to music, the metro-rhythmical patterns can be produced both in the auditory and motor domains by the means of vocalizations and body movements respectively. As the result, the metro-rhythmical part of musical structure can be interpreted by the means of body movements in dance (Sievers, Polansky, Casey, & Wheatley, 2013). Disciplinary background B. Psychology of Music: The experience of rhythm hierarchies, being pre-conceptual and motor in nature, became the cross-modal mental reference of syntactic relations as the result of the evolution of cortical and subcortical interactions. This view is supported by the facts that the experience and recognition of metro-rhythmical patterns does not necessitate any awareness of conceptual properties, and that the auditory-motor synchronization – the ability that is crucial for the production of rhythm syntax, is based on cortico-subcortical loops (Li et al., 2015). Abstract Music and dance are vital components of human togetherness. The main aim of this presentation is to show that our sense of participation in dance and music is based on the syntactic processing of metro-rhythmical and pitch hierarchies. In the case of a metro-rhythmical
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