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uCanvas: A Web Framework for Spontaneous Smartphone Interaction with Ubiquitous Displays

机译:Ucanvas:与无处不在的显示器的自发智能手机交互的网络框架

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摘要

In recent years the presence of displays has become ubiquitous. They range from small-sized screens, such as smartphones or tablets to large screens as they are found in projection screens or public displays. Each display requires a unique modality of interaction, such as a dedicated input device, direct touch or does not provide any interaction at all. With the ubiquity of smartphones people carry with them a high-end interaction device that can connect to any web-connected screen. To allow quick access, we built uCanvas ("Ubiquitous Canvas"), a system to engage with interactive surfaces. In contrast to previous work no additional hardware is required, nor do users need to install any proprietary software. Our system runs on all current smartphones equipped with magnetometer and accelerometer, which is used to define a canvas and transmit cursor positions to a server connected to the display. To integrate interactive surfaces into applications, we created a lean Javascript library that allows publishers to specify interaction parameters (such as pointing, clicking, menu selection and text entry) by adding just a few lines of code. We built two example applications to evaluate the feasibility of the system and findings show that (1) interaction is intuitive and (2) easy to set up on the user side.
机译:近年来,显示器的存在变得无处不在。它们的范围从小尺寸的屏幕,例如智能手机或平板电脑到大屏幕,因为它们在投影屏幕或公共显示器中被发现。每个显示器需要独特的交互方式,例如专用输入设备,直接触摸或根本不提供任何交互。随着智能手机的无处不在,人们将带有它们的高端交互设备,可以连接到任何网络连接的屏幕。要允许快速访问,我们建立了Ucanvas(“普遍存在的画布”),一个与交互式曲面接合的系统。与以前的工作相比,不需要额外的硬件,用户也不需要安装任何专有软件。我们的系统在配备磁力计和加速度计的所有当前智能手​​机上运行,​​用于定义画布并将光标位置传输到连接到显示器的服务器。要将交互式曲面集成到应用程序中,我们创建了一个精益JavaScript库,允许发布者通过添加几行代码来指定交互参数(例如指向,单击,菜单选择和文本输入)。我们构建了两个示例应用程序来评估系统的可行性,结果表明(1)交互直观,(2)易于在用户端设置。

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