WheelieMap:一个探索性系统,用于对建筑环境中不可达性进行定性报告

Reuben Kirkham, Romeo Ebassa, Kyle Montague, K. Morrissey, Vasilis Vlachokyriakos, Sebastian Weise, P. Olivier
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引用次数: 17

摘要

对于行动不便的人来说,建筑环境仍然是一个持久的无障碍挑战。虽然存在报告这些不可访问位置的平台,但底层文档处理过程冗长、耗时,并且无法有效地传达手头的障碍。我们提出了WheelieMap,这是一个使用手动轮椅用户的运动来支持潜在问题位置的识别和记录的平台。WheelieMap捕获并分割设备视频片段和GPS作为问题空间的证据,然后可以与其他残疾人和有关当局共享。我们通过半结构化访谈记录了手动轮椅使用者和规划专家对WheelieMap原型的使用情况。定性结果表明,与现有的替代方法相比,这种方法是记录不可访问性的最可行途径。我们还提供了如何在可访问性设置中设计和开发类似的社区驱动报告和注释系统的指导。
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WheelieMap: an exploratory system for qualitative reports of inaccessibility in the built environment
The built environment remains a persistent accessibility challenge for people with mobility impairments. Whilst platforms to report these inaccessible locations exist, the underlying documentation processes are verbose, time-consuming and fail to effectively communicate the barrier at hand. We propose WheelieMap, a platform which uses the motion of manual wheelchair users to support the identification and documentation of potentially problematic locations. WheelieMap captures and segments device video footage and GPS as evidence of the problematic space, which can then be shared with both other people with disabilities and the relevant authorities. We document the use of the WheelieMap prototype by both manual wheelchair users and planning experts through semi-structured interviews. The qualitative findings revealed this approach to be the most viable route for documenting inaccessibility, compared to the existing alternatives. We also offer guidance on how to design and develop similar community driven reporting and annotation systems in the accessibility setting.
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