Electric field sensing for graphical interfaces

Smith J.; White T.

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Electric field sensing for graphical interfaces

机译：图形界面的电场感应

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The earliest bit-mapped graphical computers have progressed to bring real-time 3D rendering and digital video to the desktop, but the common physical interface remains unchanged from the first workstations. As a result, many applications, such as modeling or navigating in virtual worlds, are often limited not by processing speed but by the users' difficulty in conveying desired actions to the computer. We outline the theory and implementation of low-frequency electric fields as sensing techniques, then present a range of applications developed for interacting with computer graphics.

机译：最早的位图图形计算机已经取得进步，可以将实时3D渲染和数字视频带到桌面，但是通用的物理接口在第一批工作站上仍保持不变。结果，诸如虚拟世界中的建模或导航之类的许多应用通常不仅受到处理速度的限制，还受到用户将所需动作传达给计算机的困难的限制。我们概述了作为感应技术的低频电场的理论和实现，然后介绍了开发用于与计算机图形学交互的一系列应用程序。

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《IEEE Computer Graphics and Applications》 |1998年第3期|P.54-60|共7页
作者
Smith J.; White T.;
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正文语种 eng
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Electric field sensing for graphical interfaces

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