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Designing Usable Voting Systems for Voters With Hidden Barriers: A Pilot Study

机译:为有隐藏障碍的选民设计可用的投票系统:一项试点研究

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摘要

Little research has been conducted considering how to improve the usability of voting systems for people with hidden barriers, including voters with dyslexia, non-native English voters, and voters with arthritis. This article explores usability issues for people with hidden barriers through a series of interviews and usability tests of a web-based Voting Application. First, voters with and without dyslexia preferred using a Helvetica font over custom-designed dyslexia fonts called Lexia Readable and Open Dyslexic. Second, voters whose native language was English, Spanish, or Chinese preferred ballots in their native languages that were written in Plain Language style over ballots written in Traditional Language style. Third, voters with arthritis preferred a multicolumn ballot layout over a scroll ballot layout or multipage ballot layout because voters were able to see all candidates at a glance. Last, voters with arthritis preferred simpler user input devices, and therefore preferred a 2-button or 3-button input device over a 5-button input device. These results serve to inform designers on how to improve voting systems so that they are usable for voters with hidden barriers.
机译:很少有研究考虑如何提高有隐患的选民的投票系统的可用性,这些选民包括诵读困难的选民,非母语的英国选民和患有关节炎的选民。本文通过一系列基于Web的投票应用程序的采访和可用性测试,探索了具有隐患的人们的可用性问题。首先,有和没有阅读障碍的选民更喜欢使用Helvetica字体,而不是定制设计的称为Lexia Readable和Open Dyslexic的阅读障碍字体。其次,母语为英语,西班牙语或中文的选民比以传统语言写的选票更喜欢以母语写的选票。第三,患有关节炎的选民更喜欢采用多栏选票而不是滚动选票或多页选票,因为选民能够一眼就能看到所有候选人。最后,患有关节炎的选民更喜欢更简单的用户输入设备,因此比5按钮输入设备更喜欢2按钮或3按钮输入设备。这些结果有助于设计人员了解如何改进投票系统,以使它们可用于存在隐藏障碍的选民。

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    Georgia Tech Res Inst, Georgia Tech HomeLab, Atlanta, GA 30332 USA;

    Georgia Tech Res Inst, Georgia Tech HomeLab, Atlanta, GA 30332 USA;

    Georgia Tech Res Inst, Georgia Tech HomeLab, Atlanta, GA 30332 USA;

    Georgia Tech Res Inst, Georgia Tech HomeLab, Atlanta, GA 30332 USA;

    Georgia Tech Res Inst, Georgia Tech HomeLab, Atlanta, GA 30332 USA;

    Georgia Tech Res Inst, Georgia Tech HomeLab, Atlanta, GA 30332 USA;

    Georgia Tech Res Inst, Georgia Tech HomeLab, Atlanta, GA 30332 USA;

  • 收录信息 美国《科学引文索引》(SCI);
  • 原文格式 PDF
  • 正文语种 eng
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