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Liang, Feifei; Gao, Qi; Li, Xin; Wang, Yongsheng; Bai, Xuejun; Liversedge, Simon P. – Journal of Experimental Psychology: Learning, Memory, and Cognition, 2023
Word spacing is important in guiding eye movements during spaced alphabetic reading. Chinese is unspaced and it remains unclear as to how Chinese readers segment and identify words in reading. We conducted two parallel experiments to investigate whether the positional probabilities of the initial and the final characters of a multicharacter word…
Descriptors: Reading Processes, Chinese, Orthographic Symbols, Word Recognition
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Xiong, Jianping; Yu, Lili; Veldre, Aaron; Reichle, Erik D.; Andrews, Sally – Journal of Experimental Psychology: Learning, Memory, and Cognition, 2023
In this study, we examined the effects of word and character frequency across three commonly used word-identification tasks (lexical decision, naming, and sentence reading) using the same set of two-character target words (N = 60) and participants (N = 82). Facilitatory effects of word frequency were observed across all three tasks. The…
Descriptors: Reading Processes, Orthographic Symbols, Chinese, Correlation
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Huang, Xin; Lin, Dan; Yang, Yiming; Xu, Yuhang; Chen, Qingrong; Tanenhaus, Michael K. – Scientific Studies of Reading, 2021
While recent studies find that contextual diversity (CD) is a better determinant of visual word recognition than token frequency, there is a dearth of work comparing contextual diversity and token frequency in developing readers. In two sets of character and lexical decision experiments we examined token frequency and contextual diversity effects…
Descriptors: Orthographic Symbols, Word Recognition, Context Effect, Word Frequency
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Matthews, Joshua; O'Toole, John Mitchell; Chen, Shen – Computer Assisted Language Learning, 2017
This paper reports on task interaction, task success and word learning among second language (L2) learners of different levels of word recognition from speech (WRS) proficiency who used a CALL application previously shown to be effective in the development of L2 WRS. Participants (N = 65) were categorised into three levels of L2 WRS proficiency…
Descriptors: Word Recognition, Language Proficiency, Scores, Comparative Analysis