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首页> 外文期刊>Frontiers in Psychology >Demonstrative Reference and Semantic Space: A Large-Scale Demonstrative Choice Task Study
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Demonstrative Reference and Semantic Space: A Large-Scale Demonstrative Choice Task Study

机译:示范参考和语义空间:大规模的示范选择任务研究

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Spatial demonstratives (words like this and that) have been thought to primarily be used for carving up space into a peripersonal and extrapersonal domain. However, when given a noun out of context and asked to couple it with a demonstrative, speakers tend to choose this for words denoting manipulable objects (small, harmless, inanimate), while non-manipulable objects (large, harmful, animate) are more likely to be coupled with that. Here, we extend these findings using the Demonstrative Choice Task (DCT) procedure and map demonstrative use along a wide spectrum of semantic features. We conducted a large-scale (N = 2197) DCT experiment eliciting demonstratives for 506 words, rated across 65+11 perceptually and cognitively relevant semantic dimensions. We replicated the finding that demonstrative choice is influenced by object manipulability. Demonstrative choice was furthermore found to be related to a set of additional semantic factors, including valence, arousal, loudness, motion, time and more generally, the self. Importantly, demonstrative choices were highly structured across participants, as shown by a strong correlation detected in a split-sample comparison of by-word demonstrative choices. We argue that the DCT may be used to map a generalized semantic space anchored in the self of the speaker, the self being an extension of the body beyond physical space into a multidimensional semantic space.
机译:已经认为,空间证明(类似的单词)主要用于将空间雕刻成脉搏和外域。但是,当给出一个名词的语境并被要求将其与演示耦合时,扬声器倾向于选择这一点,用于表示可操纵物体(小,无害,无生命)的单词,而不可操纵的物体(大,有害,动画)更多可能会加上那个。在这里,我们使用演示选择任务(DCT)程序和地图沿着广泛的语义特征来映射演示使用来扩展这些发现。我们进行了大规模(n = 2197)DCT实验引出了506个单词的证明,涉及65 + 11的感知和认知的语义尺寸。我们复制了发现证明选择受到物体可操纵性的影响。此外,还发现了与一组额外的语义因素有关,包括价,唤醒,响度,运动,时间和更一般,自我。重要的是,参与者在参与者跨参与者的显着结构,如在逐字演示选择的分裂比较中检测到的强烈相关性所示。我们认为DCT可用于映射在扬声器的自我中锚定的广义语义空间,自身是身体超越物理空间的延伸到多维语义空间。

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