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Security of Cloud Storage based on Extended Hill Cipher and Homomorphic Encryption

机译:基于延长山密码和同性恋加密的云存储安全性

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Cloud computing is one of the emerging area in the business world that help to access resources at low expense with high privacy. Security is a standout amongst the most imperative difficulties in cloud network for cloud providers and their customers. In order to ensure security in cloud, we proposed a framework using different encryption algorithm namely Extended hill cipher and homomorphic encryption. Firstly user data/information is isolated into two parts which is static and dynamic data (critical data). Extended hill cipher encryption is applied over more important dynamic part where we are encrypting the string using matrix multiplication. While homomorphic encryption is applied over static data in which it accepts n number of strings as information, encode each string independently and lastly combine all the strings. The test results clearly manifests that the proposed model provides better information security.
机译:云计算是商业世界的新兴区域之一,有助于以高隐私为低牺牲的资源。安全是云提供商及其客户的云网络中最令人必要的困难之一的突出方面。为了确保云中的安全性,我们提出了一种使用不同加密算法的框架,即扩展山密码和同型加密。首先,用户数据/信息被隔离为静态和动态数据(关键数据)。扩展山密码加密应用于更重要的动态部分,我们正在使用矩阵乘法加密字符串。虽然同性恋加密应用于其接受n个字符串作为信息的静态数据,但是独立地对每个字符串进行编码,并将所有字符串组合在一起。测试结果清楚地表明,所提出的模型提供更好的信息安全性。

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