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Verifiable public key encryption scheme with equality test in 5G networks

机译:可验证的公钥加密方案,在5G网络中进行相等性测试

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摘要

The emergence of 5G networks will allow Cloud Computing providers to offer more convenient services. However, security and privacy issues of cloud services in 5G networks represent huge challenges. Recently, to improve security and privacy, a novel primitive was proposed by Ma et al. in TIFS 2015, called Public Key Encryption with Equality Test supporting Flexible Authorization (PKEET-FA). However, the PKEET scheme lacks verification for equality test results to check whether the cloud performed honestly. In this research, we expand the study of PKEET-FA and propose a verifiable PKEET scheme, called V-PKEET, which, to the best of our knowledge, is the first work that achieves verification in PKEET. Moreover, V-PKEET has been designed for three types of authorization to dynamically protect the privacy of data owners. Therefore, it further strengthens security and privacy in 5G networks.
机译:5G网络的出现将使云计算提供商能够提供更便捷的服务。但是,5G网络中云服务的安全性和隐私问题代表着巨大的挑战。最近,为了提高安全性和隐私性,Ma等人提出了一种新颖的原语。在TIFS 2015中称为“具有平等测试的公钥加密,支持灵活授权(PKEET-FA)”。但是,PKEET方案缺乏对相等性测试结果的验证,无法检查云是否诚实地运行。在这项研究中,我们扩展了对PKEET-FA的研究,并提出了一种可验证的PKEET方案,称为V-PKEET,据我们所知,这是在PKEET中实现验证的第一项工作。此外,V-PKEET设计用于三种类型的授权,以动态保护数据所有者的隐私。因此,它进一步增强了5G网络的安全性和隐私性。

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