Guide-Me: Voice authenticated indoor user guidance system

D. Dissanayake, R. Rajapaksha, U. P. Prabhashawara, S. A. D. S. P. Solanga, J. Jayakody
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引用次数: 1

Abstract

Due to a lack of knowledge about the building structure and possible impediments, the majority of blind persons require assistance when traveling through unknown regions. To solve this issue, this paper provides "Guide-Me" as a strategy for indoor navigation with optimum accessibility, usability, and security, decreasing obstacles that the user may meet when traveling through indoor surroundings. Because the intended audience for this research is blind or visually impaired persons, "Guide-Me" makes use of the user’s voice-based inputs. This paper also includes Bluetooth beacon integration for localization, a Smart stick with sensors for obstacle detection, a machine learning model for voice authentication, and an algorithm protocol for a secure connection between server and application Integration driven architecture to assist vision impaired in navigating the known and unknown indoor environment.
Guide-Me:语音认证的室内用户引导系统
由于对建筑物结构和可能的障碍缺乏了解,大多数盲人在穿越未知区域时需要帮助。为了解决这一问题,本文提出了“Guide-Me”作为室内导航策略,具有最佳的可达性、可用性和安全性,减少了用户在室内环境中可能遇到的障碍。由于这项研究的目标受众是盲人或视障人士,“Guide-Me”利用用户的语音输入。本文还包括用于定位的蓝牙信标集成,用于障碍物检测的带有传感器的智能棒,用于语音认证的机器学习模型,以及用于服务器和应用程序之间安全连接的算法协议集成驱动架构,以帮助视障人士在已知和未知的室内环境中导航。
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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