“Canderoid”:一个移动系统,远程监测老年痴呆症患者的出行状况

B. Xiao, M. Asghar, T. Jamsa, P. Pulli
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引用次数: 21

摘要

在全球人口老龄化的形势下,许多国家的老年人数量迅速增加。令人沮丧的事实是,许多老年人患有痴呆症,严重阻碍了他们的独立生活和旅行。老年痴呆患者在日常生活中独自旅行时容易迷路或遇到危险,这是一个普遍存在的问题。因此,我们提出了一种名为“Canderoid”的新型移动系统,可以在看护人的帮助下远程监控老年人的独立户外活动。该系统主要由android终端(Wanderoid)、MQTT代理和管理员端平台组成。在该系统中,智能手机上安装了一个名为“wandereroid”的安卓终端,通过内置的智能手机传感器(即带有粘性鱼眼镜头的相机、指南针和GPS)来捕捉旅行状态。终端设备是一个普通的智能手机,相机上有一个鱼眼镜头。采集后的传感器数据传输到看门人平台。数据传输工作依赖于消息推送架构,该架构处理移动IP地址的更改,并通过引入MQTT代理实现对智能手机终端的远程操作。看门人平台对传感器数据进行解读,利用鱼眼摄像头拍摄的快照、街景和地图实时呈现行车状态。对样机进行了可靠性测试、能耗测试和可用性测试,从技术和人为因素两方面验证了系统的有效性、易用性、可靠性和节能性。
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"Canderoid": A mobile system to remotely monitor travelling status of the elderly with dementia
The number of elderly people increases quickly in many countries, under the global population aging situation. It is an upsetting fact that many elderly people are suffering from the dementia, which seriously obstructs their independent living and travel. It is a pervasive problem that the demented elderly individuals are easy to get lost or go into danger during alone travel in daily life. Therefore we propose a novel mobile system named "Canderoid" to monitor independent outdoor travel of the elderly individuals remotely, with aid from the caretaker. The system is composed mainly of an android terminal (Wanderoid), an MQTT broker, and a platform on caretaker side. In the system, an android terminal named "Wanderoid" is implemented on a smartphone to capture the travelling status, using built-in smartphone sensors (i.e. camera with an adhesive fish-eye lens, compass and GPS). The terminal device is a normal smartphone, with a fish-eye lens attached on the camera. The sensor data are transferred to the platform of caretaker after capturing. The data transmission work relies on a message pushing architecture, which deals with mobile IP address changing and enables remote manipulation of the smartphone terminal, by introducing the MQTT broker. Then the caretaker platform can interpret sensor data and real-timely present the travelling status using snapshot taken by the fish-eye camera, street view and map. A reliability test, energy dissipation test and usability test are carried out on the prototype to verify that the system is effective, easy-to-use, reliable and energy-saving, from the viewpoints of both technology and human factors.
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