多模态系统的设计空间:并发处理和数据融合

L. Nigay, J. Coutaz
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引用次数: 415

摘要

多模态交互使用户能够使用不同的模态,例如语音、手势和打字来与计算机通信。本文对交互系统中多种通信方式的集成进行了分析。为此,采用了软件工程的视角。首先,澄清了“多式联运系统”的概念。我们旨在证明多模态系统的两个主要特征是处理的并发性和输入/输出数据的融合。在这两个特征的基础上,我们提出了多模态系统的设计空间和分类方法。在最后一节中,我们提出了一个多模态系统的软件体系结构模型,该模型支持处理的并发性和数据融合这两个显著特性。我们团队开发的两个多模式系统,VoicePaint和NoteBook,用来说明讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A design space for multimodal systems: concurrent processing and data fusion
Multimodal interaction enables the user to employ different modalities such as voice, gesture and typing for communicating with a computer. This paper presents an analysis of the integration of multiple communication modalities within an interactive system. To do so, a software engineering perspective is adopted. First, the notion of “multimodal system” is clarified. We aim at proving that two main features of a multimodal system are the concurrency of processing and the fusion of input/output data. On the basis of these two features, we then propose a design space and a method for classifying multimodal systems. In the last section, we present a software architecture model of multimodal systems which supports these two salient properties: concurrency of processing and data fusion. Two multimodal systems developed in our team, VoicePaint and NoteBook, are used to illustrate the discussion.
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