Chiarello C, Maxfield L, Richards L, Kahan T
Department of Psychologoy, Syracuse University, New York 13244-2340, USA.
J Exp Psychol Hum Percept Perform. 1995 Aug;21(4):776-808. doi: 10.1037//0096-1523.21.4.776.
Horizontal and vertical stings were presented in a "crosswords" format within left or right visual fields. Distractor strings were varied to examine the extent to which prelexical, orthographic-phonological, and semantic codes are activated for words not focally attended. The results supported 2 predictions of the pathway strength model of attentional modulation (JD Cohen, K Dunbar & JL McClelland, 1990). First, distractor influences were greater when participants attended to the weaker (ie, vertical) item and ignored the stronger (ie, horizontal) string, than vice versa. Second, distractors similar to the target facilitated, whereas dissimilar distractors interfered with, pronunciation responses. It is concluded that spatial attention can modulate word recognition processes, and that some interesting questions emerge when one abandons the assumptions of serial, noninteractive word recognition processes.
水平和垂直字符串以“纵横字谜”的形式呈现在左或右视野中。干扰字符串有所变化,以检验对于未被集中注意的单词,词前、正字法-语音和语义代码被激活的程度。结果支持了注意调制的通路强度模型(JD·科恩、K·邓巴和JL·麦克莱兰,1990)的两个预测。首先,当参与者关注较弱的(即垂直的)项目而忽略较强的(即水平的)字符串时,干扰影响更大,反之则不然。其次,与目标相似的干扰物促进了发音反应,而不同的干扰物则干扰了发音反应。得出的结论是,空间注意可以调节单词识别过程,并且当人们摒弃串行、非交互性单词识别过程的假设时,会出现一些有趣的问题。