集成低功耗蓝牙,支持访客推荐和空间管理

Gridaphat Sriharee, Niti Boonyakaite, Wachiraphan Charoeanwet, Pattarakorn Summat, Pimphaka Saikhow
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引用次数: 1

摘要

低功耗蓝牙或信标技术广泛应用于室内跟踪和定位服务。在博物馆中引入了Beacon,用于传递有关特定位置的内容。然而,室内空间的管理和支持这种技术的系统因不同的目的和环境而异。本研究展示了我们将信标应用于IT博物馆以支持游客推荐和空间管理的经验。讨论了在IT博物馆中使用信标技术的优点和需求。我们进行了一个实验来评估信标技术的安装和管理是否合适,是否足以支持游客推荐和空间管理。此外,还介绍了由树莓派实现的空间管理盒,用于跟踪信标的RSSI和基于位置的博物馆展品发现。通过提出的技术和管理,策展人能够监控空间中信标的整个状态,并轻松地寻找展品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrating Bluetooth-Low Energy to Support Visitor Recommendation and Space Management
Bluetooth-low energy or beacon is implemented widely in indoor for tracking and location-based service. Beacon is introduced to use in the museum to deliver content regarding a particular location. However, the management of indoor spaces and the system to support such technology are varied by different purposes and contexts. This research shows our experience on applying the beacon into the IT museum to support visitor recommendation and space management. We discussed some advantages and needs of using the beacon technology in the IT museum. We conducted an experiment to evaluate whether installing and managing of the beacon technology is appropriate and sufficient to support the visitor recommendation and the space management. Also, the space management box implemented by Raspberry Pi is presented for tracking RSSI of the beacons and for location-based discovery of the exhibits in the museum. With the proposed technology and management, the curator is able to monitor an entire status of the beacons in the space and to look for the exhibits easily.
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