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Touchmouse: Design and implementation of a touchscreen based paper-equivalent electronic form.

机译:触摸鼠标:设计和实现基于触摸屏的纸张等效电子表格。

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摘要

Many regulated manufacturing companies use paper forms to collect daily production data thus becoming burdened with manual data entry and paper-intensive processes yielding considerable inefficiencies for managing and handling thousands of paper forms. By digitizing and automating form-based processes, they can operate efficiently, analyze information effectively and reduce user errors considerably. Badia-Reyes [1] proposed a Paper Equivalent Form framework (PEF) that manages digital forms while keeping a continuous and cryptographically certified audit trail of all changes. PEF provides a user interface rich in buttons and options designed to be used with a mouse or a pen.; Mice require a flat surface and they are inconvenient in certain scenarios such as clean rooms because they can trap dust and dirt or in public places where they can be lost or stolen by users. Touch screen technology can solve some of these inconveniences. However, user interfaces designed for mice and pens are often difficult to adapt to touch screens without considerable modification to the application. Some problems include visual obstruction on the screen by the user's finger and the difficulty to manipulate small objects. These modifications often require dual versions of the application to be developed and maintained thus significantly increasing development time and costs.; We propose the TouchMouse, a new touch sensitive cursor for touch screens that can combine the advantages of touch screen technology with the high precision of a mouse or pen. By using the TouchMouse, there is no need to make complex modifications to an existing application in order to adapt it to touch screens. We conducted usability studies to calculate the relative efficacy of the TouchMouse versus the Mouse and versus paper forms and we evaluated the learning speed of using the TouchMouse. These studies evidence that users can manipulate electronic forms with the TouchMouse with comparable efficiency to the mouse. They also evidence that users can learn to master the TouchMouse with remarkable ease. The main advantages of the TouchMouse are allow manipulation of small objects, maintain the user gaze in the screen, do not need additional desk space and do not require complex modifications to application.
机译:许多受管制的制造公司都使用纸质表格收集日常生产数据,从而使手工数据输入和纸张密集型流程负担沉重,从而大大降低了管理和处理数千种纸质表格的效率。通过数字化和自动化基于表单的流程,它们可以高效运行,有效分析信息并显着减少用户错误。 Badia-Reyes [1]提出了一种纸质等效表格框架(PEF),该框架可管理数字表格,同时保留所有变更的连续且经过密码认证的审计跟踪。 PEF提供了一个用户界面,该界面包含旨在与鼠标或钢笔一起使用的按钮和选项。小鼠需要平坦的表面,并且在某些情况下(例如无尘室)会带来不便,因为它们会积聚灰尘和污垢,或者会在用户可能会丢失或偷走的公共场所。触摸屏技术可以解决其中一些不便之处。但是,为鼠标和钢笔设计的用户界面通常很难适应触摸屏,而无需对应用程序进行大量修改。一些问题包括用户手指在屏幕上的视觉障碍以及难以操纵小物体的问题。这些修改通常需要开发和维护应用程序的双重版本,从而大大增加了开发时间和成本。我们提出了TouchMouse,这是一种用于触摸屏的新型触敏光标,可以将触摸屏技术的优势与鼠标或钢笔的高精度相结合。通过使用TouchMouse,无需对现有应用程序进行复杂的修改即可使其适应触摸屏。我们进行了可用性研究,以计算TouchMouse与Mouse和纸质表格的相对功效,并评估了使用TouchMouse的学习速度。这些研究证明,用户可以使用TouchMouse操纵电子表格,其效率与鼠标相当。他们还证明,用户可以轻松掌握如何学习TouchMouse。 TouchMouse的主要优点是可以操纵小物体,保持用户在屏幕上的注视,不需要额外的桌面空间,也不需要对应用程序进行复杂的修改。

著录项

  • 作者

    Leon-Chacon, Luis A.;

  • 作者单位

    University of Puerto Rico, Mayaguez (Puerto Rico).;

  • 授予单位 University of Puerto Rico, Mayaguez (Puerto Rico).;
  • 学科 Computer Science.
  • 学位 M.S.
  • 年度 2008
  • 页码 124 p.
  • 总页数 124
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 自动化技术、计算机技术;
  • 关键词

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