Integrating the Collaborative Virtual Environment protocol with Mathematica

Anzu Nakada, Michael Cohen, Rasika Ranaweera
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引用次数: 0

Abstract

We have built interfaces featuring smartphones and tablets that use magnetometer-derived orientation sensing to control spatial sound, motion platforms, panoramic and turnoramic image-based renderings, virtual displays, and other programs. To leverage our Collaborative Virtual Environment (CVE), which is implemented in pure Java, against the power of Mathematica, we use J/Link middleware. As a result, we can exploit Mathematica features of graphics and calculation and control the Mathematica Kernel by data from, among other clients, mobile devices.
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集成协作虚拟环境协议与Mathematica
我们已经建立了智能手机和平板电脑的界面,使用磁力计衍生的方向感应来控制空间声音,运动平台,全景和动态图像渲染,虚拟显示和其他程序。为了利用纯Java实现的协作虚拟环境(CVE)来对抗Mathematica的强大功能,我们使用了J/Link中间件。因此,我们可以利用Mathematica的图形和计算功能,并通过来自其他客户端,移动设备的数据来控制Mathematica内核。
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