RecureShare — Internet-less application distribution mechanism for internet-less emergency communication systems

Seigi Matsumoto, Yutaka Arakawa, E. M. Trono, K. Yasumoto
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引用次数: 3

Abstract

Currently, many studies are being done on smartphone-based disaster communication systems. However, most existing systems assume that all required applications are installed in the smartphones of all participants before the disaster occurs, which is unrealistic in actual disaster scenarios. If an Internet connection is unavailable, obtaining the applications necessary for communication becomes difficult because most applications are provided through the Internet by platforms such as Google Play. In this paper, we propose a mechanism for distributing applications and present its implementation. Our method uses the default Web browser and tethering function of the Android operating system. These, combined with a Web server embedded in our application, enable Internet-less application distribution. To evaluate the feasibility of our proposed system, we conducted an experiment with four participants who are unfamiliar with our application. Results show that the participants understood the system and were able to obtain the application without an Internet connection within a short span of time.
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RecureShare——用于无互联网应急通信系统的无互联网应用分发机制
目前,基于智能手机的灾难通信系统正在进行许多研究。然而,大多数现有系统假设在灾难发生之前,所有参与者的智能手机中都安装了所有所需的应用程序,这在实际灾难场景中是不现实的。如果无法连接互联网,获取通信所需的应用程序就会变得困难,因为大多数应用程序都是通过互联网由Google Play等平台提供的。在本文中,我们提出了一种分发应用程序的机制,并给出了它的实现。我们的方法使用了Android操作系统默认的Web浏览器和tethering功能。它们与嵌入在应用程序中的Web服务器相结合,支持无internet应用程序分发。为了评估我们提出的系统的可行性,我们与四位不熟悉我们的应用程序的参与者进行了实验。结果表明,参与者能够理解该系统,并且能够在短时间内无需互联网连接即可获得应用程序。
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