OCULOMOTOR CONTROL DURING READING

阅读需要从空间上获得语言信息 有序的视觉符号 由于高敏锐度视力仅限于一个小的 文本区域，通常只包含直接固定的单词， 读者需要执行一系列的眼球运动， 文本片段。 一组拟议的研究确定了一般性的 阅读过程中的眼动控制原理。 第二组检查 视觉-运动系统的限制如何影响 语言信息。 在大多数实验中， 关键文本段的可见性取决于位置， 持续时间或个体眼睛注视（眼睛运动）的空间位置。 观看限制和语言文本操作对 测量眼球活动并用于推断运动原理 编程和文本采集。 结果应该有助于 视觉语言感知模型，考虑了独特的约束 视觉运动系统这可能有助于我们理解阅读 残疾人没有听觉语言障碍。 眼科模型的进步也应该使方法和 对认知研究所有领域的理论贡献， 使用眼科措施。

Reading requires the acquisition of linguistic information from spatially ordered visual symbols. Since high acuity vision is limited to a small area of text, generally encompassing only the directly fixated word, readers need to execute a series of eye movements to view successive segments of text. One set of the proposed studies determines general principles of oculomotor control during reading. A second set examines how constraints of the visuo-motor system shape the acquisition of linguistic information. In most of the proposed experiments the visibility of critical text segments is made contingent upon the location, duration, or spatial location of individual eye fixations (eye movements). Effects of viewing constraints and of linguistic text manipulations on oculomotor activity are measured and used to infer principles of movement programming and text acquisition. The results should contribute to a model of visual language perception that considers the unique constraints of the visuo-motor system. This may assist our understanding of reading disabilities in individuals with no auditory language impairment. Advancement of oculomotor models should also make methodological and theoretical contributions to all areas of cognitive study which rely on the use of oculomotor measures.