Lebrun-Guillaud Géraldine, Tillmann Barbara
CNRS-UMR 5020, Université Claude Bernard Lyon I, Lyon, France.
Percept Psychophys. 2007 Nov;69(8):1450-9. doi: 10.3758/bf03192959.
Music cognition research has provided evidence that the tonal function of a musical event influences perception and memory. Our study investigated whether tonal function influences a basic temporal judgment, notably the detection of a temporal change disrupting a sequence's regularity. The sequences consisted of six musical events presented in isochrony (or with the fifth event occurring earlier or later): Three chords (instilling a tonal context) were followed by a tone (repeated three times). The tones fulfilled one of two tonal functions in the tonal context. Participants had to detect whether the sequence contained a temporal change and were not informed about tonal manipulations. Discrimination performance (as measured by d') showed an influence of tonal function on temporal change detection: Performance was better for the tonic tone (having the most important tonal function in the key) than for the unstable leading tone, the less stable mediant tone, and even than the stable dominant tone. The outcome shows the influence of listeners' tonal knowledge on a perceptual time judgment and suggests that processing of tonal and temporal structures interact at some stage of processing.
音乐认知研究已提供证据表明,音乐事件的调性功能会影响感知和记忆。我们的研究调查了调性功能是否会影响一项基本的时间判断,特别是对破坏序列规律性的时间变化的检测。序列由六个以等时性呈现的音乐事件组成(或者第五个事件提前或推迟出现):三个和弦(营造一种调性语境)之后跟着一个音(重复三次)。这些音在调性语境中实现两种调性功能之一。参与者必须检测序列是否包含时间变化,且未被告知调性操纵情况。辨别表现(以d'衡量)显示出调性功能对时间变化检测的影响:主音(在调中具有最重要的调性功能)的表现优于不稳定的导音、稳定性稍差的中音,甚至优于稳定的属音。该结果显示了听众的调性知识对感知时间判断的影响,并表明调性和时间结构的处理在某个处理阶段相互作用。