Letters in Time and Retinotopic Space
Letters in Time and Retinotopic Space
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DOI：
10.1037/a0024811
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发表时间：
2011-10-01
影响因子：
5.4
通讯作者：
Adelman, James S.
中科院分区：
文献类型：
--
作者：
Adelman, James S.
速示词识别和启动中的各种现象（WRODS和LTRS与启动词和字母混淆）表明，位置特异性通道不用于处理单词中的字母。以前的方法，这个问题已经寻求替代匹配规则，因为他们假设这些现象揭示了刺激是好的，但不完美的匹配到一个特定的词，这样的不完美的匹配被单词识别系统作为部分证据，该词。新的字母在时间和视网膜空间模型（LTRS）作出了替代假设，这些现象揭示了刺激的不同特征被提取的速率，因为刺激是模糊的，当一些特征从记忆中缺失时。LTRS被成功地应用于速示识别，并通过对持续时间、靶-箔和启动-靶关系的处理形成启动数据。
Various phenomena in tachistoscopic word identification and priming (WRODS and LTRS are confused with and prime WORDS and LETTERS) suggest that position-specific channels are not used in the processing of letters in words. Previous approaches to this issue have sought alternative matching rules because they have assumed that these phenomena reveal which stimuli are good but imperfect matches to a particular word-such imperfect matches being taken by the word recognition system as partial evidence for that word. The new Letters in Time and Retinotopic Space model (LTRS) makes the alternative assumption that these phenomena reveal the rates at which different features of the stimulus are extracted, because the stimulus is ambiguous when some features are missing from the percept. LTRS is successfully applied to tachistoscopic identification and form priming data with manipulations of duration and target-foil and prime-target relationships.