Mobile Screen Size Limits Multimodal Synergy

F. V. D. Sluis, E. V. D. Broek, A. Drunen, J. Beerends
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引用次数: 3

Abstract

Available bandwidth is still a limiting factor for mobile communication applications. Multisensory communication has already been identified as an possibility to moderate this limitation. One of the strengths of mobile communication lies in its combination of visual and auditory modalities. However, one of the most salient features of mobile devices have are their small screen size. This paper explores how the potential for multimodal synergy relates to the small screen size. In an experiment with 54 participants, the intelligibility was tested using a standardized video-listening test. The videos had a signal-to-noise ratio of -9dB and were presented on three different screen sizes, whilst keeping the video and auditory signals equal. Intelligibility was found to be significantly higher when using a large screen in comparison to using either of both smaller screens. We conclude that multisensory synergy is key to mobile applications, yet that screen size is a substantial constraint to this synergy. We argue that knowledge about human sensory processing can alleviate this constraint and maximize the potential quality of service of mobile video technology.
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手机屏幕尺寸限制了多模式协同
可用带宽仍然是移动通信应用的一个限制因素。多感官交流已经被确定为缓解这一限制的可能性。移动通信的优势之一在于它将视觉和听觉相结合。然而,移动设备最显著的特点之一是它们的小屏幕尺寸。本文探讨了多模式协同的潜力如何与小屏幕尺寸相关。在一项有54名参与者的实验中,使用标准化的视频听力测试来测试可理解性。这些视频的信噪比为-9dB,呈现在三种不同尺寸的屏幕上,同时保持视频和听觉信号相等。与使用两个小屏幕中的任何一个相比,使用大屏幕时的可理解性明显更高。我们的结论是,多感官协同作用是移动应用的关键,但屏幕尺寸是这种协同作用的主要制约因素。我们认为,关于人类感官处理的知识可以缓解这种限制,并最大限度地提高移动视频技术的潜在服务质量。
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