Realtime Indoor Navigation System for Visually Impaired Person using Direct-based Navigation

T. Mantoro, Muhammad Zamzami
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Abstract

From 10 random people in the world, there are at least 4 people who experience visual impairment such as blindness, cataracts, or the like due to an incident or congenital. Those who belong to this group need extra attention to carry out their activities as usual. However, in fact, there have been many devices or gadget inventions that can help with this problem. Unfortunately, existing devices are still difficult to reach for people with disabilities in terms of economy and ease of use. To overcome these two problems, this paper proposes a navigation device that has the main feature of direct-based navigation instruction and is supported by machine learning for people who have total or partial vision problems. The main hope of this study is to help people who have vision problems in the economic and practical fields to support their daily activities. In addition, this study is expected to contribute to other studies in the same field.
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使用直接导航的视障人士实时室内导航系统
从世界上随机抽取的10个人中,至少有4个人由于意外事件或先天性而遭受视力障碍,如失明、白内障或类似疾病。那些属于这一群体的人需要额外的关注,以便像往常一样开展他们的活动。然而,事实上,已经有许多设备或小发明可以帮助解决这个问题。不幸的是,现有的设备在经济和易用性方面仍然难以让残疾人接触到。为了克服这两个问题,本文提出了一种导航设备,其主要特征是基于直接的导航指令,并为具有完全或部分视力问题的人提供机器学习支持。本研究的主要希望是帮助在经济和实践领域有视力问题的人支持他们的日常活动。此外,本研究也有望对同一领域的其他研究有所贡献。
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