Tactile Navigation system For People with visual impairments In museum

Kailin Wang
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Abstract

Although the museum provides some interaction objects to increase their accessibility for the public, there still exits some constraints for the disabled.The paper argues developments in technology have the potential to increase access and enable opportunities for people with visual impairment. Nowadays, museums offer the audio assistive system and tactile assistive system. Tactile navigation, which consists of a visual sensor and audio feedback, enables blind people to quickly access information. They are designed to address accurately detect objects and receive different types of information simultaneously. The tactile navigation with Bluetooth can be a small one which is convenient for people to carry on and more accurately to guide the blind people.This paper draws some examples of the tactile navigation and the improvement of the tactile navigation. It encompasses artifact analysis, body storming and case studies on how the feeling of the blind people, the behavior of them and how the effect of tactile navigation on them. Conclusions and implications for policy-makers and museum managers, designed to promote the creation of interactive technology and solve the constraints for the blind people.
博物馆盲人触觉导航系统
虽然博物馆提供了一些互动对象来增加公众的可访问性,但对于残疾人来说仍然存在一些限制。这篇论文认为,技术的发展有可能为视力受损的人提供更多的机会。如今,博物馆提供音频辅助系统和触觉辅助系统。触觉导航由视觉传感器和音频反馈组成,使盲人能够快速获取信息。它们的设计目的是精确地探测物体,同时接收不同类型的信息。蓝牙触觉导航可以是一个小的,方便人们携带,更准确地引导盲人。本文给出了一些触觉导航的实例以及对触觉导航的改进。它包括人工制品分析,身体风暴和盲人的感受,他们的行为和触觉导航对他们的影响的案例研究。结论及对决策者和博物馆管理者的启示,旨在促进互动技术的创造,解决盲人的约束。
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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