Stepped-Line Text Layout with Phrased Segmentation for Readability Improvement of Japanese Electronic Text

Jumpei Kobayashi, Takashi Sekiguchi, E. Shinbori, T. Kawashima
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引用次数: 4

Abstract

We propose a new electronic text format with a stepped-line layout to optimize viewing position and to improve the efficiency of reading Japanese text. Generally, the reader's eyes try to fixate on every phrase while reading Japanese text. To date, no method has been proposed to optimize the fixation position while reading. In case of spaced text such as English, the space characters provide the boundary information for eye movement, however, in case of Japanese text, reading speed decreases by inserting spaces between phrases. With the new stepped-line text format proposed in this report, a text line is segmented and stepped down between phrases, moreover, line breaks are present between phrases. To evaluate the effect of the stepped-line layout on the reading efficiency, we measured reading speeds and eye movements for both the new layout and a conventional straight-line layout. The reading speed for the new stepped-line layout is approximately 13% faster compared to the straight-line layout, whereas the number of fixations in the stepped-line layout is approximately 11% less than that in the straight-line layout. This is primarily achieved by a reduction in the number of regressions and an increase in the forward saccade length. Moreover, 91% of participants did not experience illegibility or incongruousness with the stepped-line layout reading, suggesting that the stepped-line layout is a new technique for improving the efficiency of eye movements while reading without any increase in cognitive load.
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基于分段的日文电子文本步行排版提高可读性
为了优化阅读位置,提高阅读效率,我们提出了一种新的电子文本格式,采用步进线布局。一般来说,在阅读日语文本时,读者的眼睛会试图关注每一个短语。到目前为止,还没有一种方法可以优化阅读时的固定位置。在英语等有行距的文本中,空格字符为眼球运动提供了边界信息,但在日语文本中,在短语之间插入空格会降低阅读速度。在本报告中提出的新的步进行文本格式中,文本行被分割并在短语之间步进,并且短语之间存在换行符。为了评估步行线布局对阅读效率的影响,我们测量了新步行线布局和传统直线布局的阅读速度和眼动。与直线布局相比,新的步进线布局的阅读速度大约快13%,而步进线布局的注视点数量大约比直线布局少11%。这主要是通过减少回归次数和增加前向扫视长度来实现的。此外,91%的参与者在阅读时没有出现难以辨认或不一致的现象,这表明在不增加认知负荷的情况下,步进线布局是一种提高阅读时眼球运动效率的新技术。
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