通过应用去中心化(区块链)验证来构建真实和道德的关键字搜索

P. M., M. Hamdi, Vijayakumar Varadarajan, B. Rawal, M. Maode
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引用次数: 44

摘要

云计算作为一种非常吸引人的计算标准,使资源受限的客户能够轻松体验高效灵活的资源。在主流系统中,传统的云存储方案必然以集中的方式运行其原始功能。这其中存在数据可用性、信息保护、运营费用过高等问题。随着区块链生成的完善,去中心化方案进入了大众视野。与现代和尖端的云存储相比,它们预计将更具可扩展性、安全性和舒适性。但是,在分散方案中使用端到端加密限制了搜索功能,因为现有的可搜索加密方法仅为集中式设备设计。此外,现有的分散式云存储并不限制任何数据用户访问所有文件,以便有目的地通过它们进行任何关键字搜索。因此,通过这种方式,整个网络中的文件和关键字搜索的用户完整性受到损害。因此,作为解决这些复杂问题的一种方式,我们系统地结合加密和哈希技术,在分散存储中对加密文件提供可靠的关键字搜索。因此,使用区块链系统,架构保持不可损坏,并在完全受控的文件访问环境中保护所有机密文件和关键字。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Building an Authentic and Ethical Keyword Search by applying Decentralised (Blockchain) Verification
As a very appealing computing standard, cloud computing makes it feasible for resource constrained clients to experience rate effective and flexible resources at ease. In the prevailing systems, the conventional cloud storage scheme is bound to operate its primitive functions in centralized mode. This reason possess problems like data availability, information protection and excessive operational charge. With the improvement of block chain generation, the decentralized scheme has entered the general public view. Compared to contemporary and cutting edge cloud storage, they are predicted to be more scalable, secured and comfortable. But, the use of end-to-end encryption in a decentralized scheme, limits the search functionality as the existing searchable encryption methods are designed only for the centralized device. Moreover, the existing decentralized cloud storage doesn't restrict any data user to get access to all of the files for any keyword search made purposefully through them. Thus, in this manner, user integrity of files and keyword searches are compromised throughout the network. Therefore, as a manner to solve these complications, we systematically join techniques of encryption and hashing to furnish reliable keyword search over encrypted files in decentralized storage. Consequently using the block chain system, the architecture remains incorruptible and protects all the confidential files and keywords in a fully controlled file access environment.
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