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Software Defined Personal Area Network for Secure and Efficient File Management

机译:软件定义的个人局域网,用于安全高效的文件管理

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As the use of wearable devices grows significantly, it is expected that the Personal Area Network (PAN) will play an important role due to its convenience and efficiency in linking the devices. A file sharing scheme can be employed for secure and efficient management of files stored in the devices. However, wearable devices' battery consumption may be a problem when using traditional file sharing techniques because the battery capacity is relatively small and the heavy and complex file sharing and retrieval process is demanding. In this paper, we propose a solution to this problem, by applying a Software Defined Network (SDN) to the PAN, where a smart device plays the role of the control layer, and the other wearable devices become members of the infrastructure layer. Using this Software Defined Personal Area Network (SDPAN), the smart device determines how to generate file shares for storage and retrieval for loading rather than requiring each smart device to perform these tasks.
机译:随着可穿戴设备的使用大幅增长,预计私个区域网络(PAN)将由于其在连接设备中的便利性和效率而起到重要作用。可以使用文件共享方案来用于存储在设备中的文件的安全和有效管理。然而,使用传统文件共享技术时,可穿戴设备的电池消耗可能是一个问题,因为电池容量相对较小,并且繁重和复杂的文件共享和检索过程要求苛刻。在本文中,我们提出了解决该问题的解决方案,通过将软件定义的网络(SDN)应用于平移,其中智能设备播放控制层的角色,而另一个可穿戴设备成为基础设施层的成员。使用此软件定义的个人区域网络(SDPAN),智能设备确定如何生成用于存储和检索的文件共享,而不是要求每个智能设备执行这些任务。

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