An input widget framework for multi-modal and multi-device environments

Nobuyuki Kobayashi, E. Tokunaga, Hiroaki Kimura, Y. Hirakawa, Masaaki Ayabe, T. Nakajima
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引用次数: 10

Abstract

In future ubiquitous computing environments, our daily lives will be influenced by a lot of computer-supported services all over the place. To interact with those services intuitively, heterogeneous interaction techniques such as gesture recognition, auditory recognition and tangible user interfaces will appear. Besides, several kinds of services will support multiple input devices, not just one set of them. In such multi-modal environments, application programmers must take into account how to adapt heterogeneous input events to multi-modal services. We propose an input widget framework that provides high-level abstraction for heterogeneous input devices, that we call meta-inputs, for distributed multi-modal applications. Our framework provides generic and standard interfaces between input devices and services. It enables developers to deploy input devices and services independently. Also, our framework supports context-aware runtime adaptation to switch input devices to handle services dynamically.
用于多模式和多设备环境的输入小部件框架
在未来的普适计算环境中,我们的日常生活将受到无处不在的计算机支持服务的影响。为了直观地与这些服务交互,将出现手势识别、听觉识别和有形用户界面等异构交互技术。此外,有几种服务将支持多种输入设备,而不仅仅是一组设备。在这种多模态环境中,应用程序程序员必须考虑如何使异构输入事件适应多模态服务。我们提出了一个输入小部件框架,它为分布式多模态应用程序提供了异构输入设备的高级抽象,我们称之为元输入。我们的框架在输入设备和服务之间提供通用和标准的接口。它使开发人员能够独立部署输入设备和服务。此外,我们的框架支持上下文感知的运行时适应,以切换输入设备来动态处理服务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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