The digital pen as a human computer interface

S. Jassar
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引用次数: 3

Abstract

The paper begins with an explanation ofpen Comprrting jroni the User Interface perspective. The major Hardware coniponent of a Pen Conipriter (its Digitizing tablet) and its major Sofhvare component (its Handwriting recognition engine) ore both analyzed in terms ofhow a mer perceives, interacts with and makes use of them. The performance ofthese hvo major components is also discussed in terms of what their contribrrtion is towards providing the use? with a virrnal pen & paper e,vperience. they wav in which they do this. as well as how ivell they do it. The results of on e.rperinient condiicted in 1995 to investigate the relationship behveeii H WXperforniance and user satisfaction are analyzed and,formd to suggest that the pen interface is wore suited to pointing and dragging task than to t a t entnj. and thus user satisfaction is application dependent. A physical and device-level' cognitive mode/ for pen-based systems is developed by adapting the Keystroke-level niodel (by Card. Neivell and Moran). where if is proposed that the pen is a better input device than the mouse in terms of speed. Finally, the results of an e,rpcrinient conducted in I991 to compare the pei:forniance of' input devices in pointing and dragging tasks are analyzed and ,found to snpport the proposal ... index Terms PEN, STYLUS, HCI, COGNITIVE.
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将数字笔作为人机界面
本文首先从用户界面的角度解释了open编译。笔式打印机的主要硬件组件(数字化平板电脑)和主要软件组件(手写识别引擎)都是从用户如何感知、交互和使用它们的角度进行分析的。这两个主要组件的性能也讨论了他们对提供使用的贡献。用环保的笔和纸,积累经验。他们这样做的方式。以及他们做得有多好。对1995年进行的一项关于鼠标性能与用户满意度关系的研究结果进行了分析,得出鼠标界面更适合于点、拖任务,而不适合于点、拖任务。因此,用户满意度取决于应用程序。基于笔的系统的物理和设备级别的“认知模式”是通过调整按键级别的模型(由卡)而开发的。内维尔和莫兰)。有人提出,就速度而言,笔是比鼠标更好的输入设备。最后,对1991年进行的一项比较输入设备在指向和拖动任务中的适应性的研究结果进行了分析,并发现支持该建议。索引术语PEN, STYLUS, HCI, COGNITIVE。
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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