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Randomly Encrypted Key Generation Algorithm Against Side Channel Attack in Cloud Computing

机译:随机加密密钥生成算法对云计算的侧频攻击

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Cloud computing offers both services that provide resources over the Internet and economic benefits for using these resources. Economic benefit plays a vital role both for users and providers of cloud. The users pay as they use on the other hand resources of providers never remain idle. The cloud users hive away their valuable data in the cloud and perform their activity with the data. The security of these valuable data should be ensured. The side channel attack is one of the common attacks in cloud computing. Attackers use a malicious virtual machine to retrieve data from the cloud. In this paper, implements a randomly encrypted key generation algorithm against side channel attack in cloud computing. As anyone can use the cloud, it makes easy for the attackers to attack the desired users data. Also, a process has been developed that generates random keys to encrypt data of the cloud users at the time of storage and transmission. The attackers may find the encrypted data when they grab the users data that may no further value for them.
机译:云计算提供了两种服务,这些服务提供互联网和使用这些资源的互联网和经济效益。经济效益对云用户和提供者来说都对云的重要作用。用户支付使用的其他手续资源的支付永远不会闲置。云用户在云中介绍了他们有价值的数据,并使用数据执行他们的活动。应确保这些有价值数据的安全性。侧频攻击是云计算中的常见攻击之一。攻击者使用恶意虚拟机从云中检索数据。在本文中,实现了云计算中的侧信道攻击的随机加密的密钥生成算法。由于任何人都可以使用云,因此攻击者可以轻松攻击所需的用户数据。此外,已经开发了一种过程,其生成随机键,以在存储和传输时加密云用户的数据。当攻击者抓住用户数据时,攻击者可能会发现加密数据,这些数据可能对它们没有进一步的值。

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