基于神经网络和存储优化方案的离线文件同步安全框架

Jagadish R M, A. D
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引用次数: 0

摘要

随着计算机和移动技术的发展,智能手机、掌上电脑(PDA)、掌上电脑(HPC)、掌上电脑(Pocket pc)等各种小型移动设备的使用,形成了新的计算氛围。服务器和android设备之间的同步可以帮助用户更有效地使用应用程序。如果用户连接到互联网,同步是可能的,如果用户没有连接到互联网,用户任务将关闭,直到连接恢复。为了克服任务完成的困难,采用离线数据同步方案,可以将数据保存在本地和远程,并且可以通过神经网络使用分类技术进行管理。离线数据同步是一种技术,可以帮助用户设计一个没有互联网连接的应用程序,保护机密和安全信息是所有处理这些信息的人都关心的问题。这些数据的安全状态违规会导致数据丢失,这可以通过登录时通过语音识别验证用户来克服,并在上传到云服务器之前对数据进行加密。在服务器端,在将加密数据存储到云服务器之前,通过删除重复和不必要的空间位来优化数据,然后存储到云服务器中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Secured Framework for Offline File Synchronization using ANN and Storage Optimization Schemes
Advancement in the area of computing and mobile technology have led to the occurrence of a new computing atmosphere by utilizing the different categories of small sized mobile devices such as smart phones PDA, Handheld PCs (HPC) and Pocket PCs. Synchronization between a server and an android device helps the users to use applications more effectively. Synchronization is possible if the user is connected to the internet, if user is not connected to the internet the user task is down till connection regains. To overcome such difficulties in task completion, offline data synchronization scheme is adopted and can save data locally and remotely this can be managed by ANN using classification technique. Offline data synchronization is one of the techniques that helps user to design an application that works without an internet connection and protection of confidential and secure information is a concern for all dealing with such information, Breach in security state for those data result in data loss this can be overcome by validating the user through speech recognition while at login and encrypting the data before uploading to the cloud server. While at the server side before storing the encrypted data into cloud data is optimized by removing the duplicate and unnecessary space bits then stored into the cloud server.
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