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Contextual relative temporal duration judgment: An investigation of sequence interruptions

机译:上下文相对时间持续时间判断:序列中断的研究

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How do listeners judge relative duration? There currently are three primary classes of proposed timing mechanisms: interval based (judgments of discrete events), beat based (judgments of beat synchrony), and oscillator based (judgments of relative phase or synchrony). In the present research, these mechanisms were examined in terms of predictions both about how an induction sequence of preceding intervals affects relative temporal duration comparison in a simple, two-interval task and about how a pause (e.g., an interstimulus interval) within the presented sequence affects relative temporal duration judgment. Results indicated that a relative temporal judgment was best when all intervals preceding the to-be-judged interval were equal in duration to the to-be-judged interval. Results also indicated that whereas short pauses significantly impair a relative temporal duration judgment, long pauses generally do not reduce the effectiveness of the induction sequence. The results are not entirely consistent with current conceptualizations of any of the proposed mechanisms but can be fully accommodated with simple modifications to the oscillator-based mechanism.
机译:听众如何判断相对时长?当前提出的定时机制主要分为三类:基于间隔的(离散事件的判断),基于拍子的(拍子同步的判断)和基于振荡器的(相对相位或同步的判断)。在本研究中,这些机制是根据预测来检查的,这些预测既涉及先前间隔的诱导序列如何影响简单的两次间隔任务中的相对时间持续时间比较,也涉及所提出的间隔中的停顿(例如,刺激间隔)顺序影响相对时间持续时间的判断。结果表明,当待评判区间之前的所有区间的持续时间都等于待评判区间时,相对时间判断是最佳的。结果还表明,虽然短暂的停顿会明显损害相对时间的持续时间判断,但长时间的停顿通常不会降低诱导序列的有效性。结果与提出的任何机制的当前概念并不完全一致,但可以通过对基于振荡器的机制进行简单修改而完全容纳。

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