读者作为主观熵:一种新的多模态可读性分析

Amanda S. Hovious, Brian C. O'Connor
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引用次数: 1

摘要

目的本研究的目的是探讨跨信息分析作为多模态可读性度量的可行性。考虑到现有和建立的可读性指标严格用于衡量语言复杂性,需要一种新的方法。然而,多模态文学的语料库继续增长,同时需要了解非语言模态如何促进阅读体验的复杂性。设计/方法/方法在这项探索性研究中,研究人员分析了八年级学生朗读数字小说《无生命的爱丽丝》的屏幕录音的复杂性,以及口头复述的抄本。像素级熵分析既可以作为文档的客观度量,也可以作为读者信息关注度的主观度量。口述后复述熵在单词的单位水平上计算,作为回忆复杂性的指示。研究结果证实,跨信息分析是一种可行的多模态可读性度量。《无生命的爱丽丝》是一个客观上复杂的文件,为参与者创造了主观上复杂的阅读体验。读者在很大程度上关注故事的语言模式,有效地减少了他们处理的信息量。这也体现在他们口头后复述的简洁和低于平均水平的复杂性上,这依赖于语言模式的回忆。读者之间没有明显的群体差异。原创性/价值这是第一个使用熵来分析多模态可读性的研究。
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The reader as subjective entropy: a novel analysis of multimodal readability
PurposeThe purpose of this study was to explore the viability of transinformation analysis as a multimodal readability metric. A novel approach was called for, considering that existing and established readability metrics are strictly used to measure linguistic complexity. Yet, the corpus of multimodal literature continues to grow, along with the need to understand how non-linguistic modalities contribute to the complexity of the reading experience.Design/methodology/approachIn this exploratory study, think aloud screen recordings of eighth-grade readers of the born-digital novel Inanimate Alice were analyzed for complexity, along with transcripts of post-oral retellings. Pixel-level entropy analysis served as both an objective measure of the document and a subjective measure of the amount of reader information attention. Post-oral retelling entropy was calculated at the unit level of the word, serving as an indication of complexity in recall.FindingsFindings confirmed that transinformation analysis is a viable multimodal readability metric. Inanimate Alice is an objectively complex document, creating a subjectively complex reading experience for the participants. Readers largely attended to the linguistic mode of the story, effectively reducing the amount of information they processed. This was also evident in the brevity and below average complexity of their post-oral retellings, which relied on recall of the linguistic mode. There were no significant group differences among the readers.Originality/valueThis is the first study that uses entropy to analyze multimodal readability.
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