Abstract Due to technological advancement and deployment of handheld devices, mobile computing devices have gained the user attention to save resource usage, service access, and application use. In practice, it can be deployed widely to experience massive data storage and less computation cost. However, wireless channel access is vulnerable and insecure to prevent various potential attacks such as replay, redirection, etc. As a consequence, a seamless secure anonymous authentication scheme (S-SAAS) is proposed to create a secure session in cloud-based mobile edge computing. Since IoT, cloud computing, big-data and mobile technologies are converged to permit the group-based communication systems, it is highly demanded to strengthen the authentication process in order to reduce the security risk and vulnerabilities. Moreover, the experimental analysis proves that the proposed S-SAAS scheme consumes less signaling congestion and routing control overhead to achieve better service connection rate.

中文翻译：

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用于基于云的移动边缘计算的无缝安全匿名身份验证

摘要 由于手持设备的技术进步和部署，移动计算设备在节省资源使用、服务访问和应用程序使用方面得到了用户的关注。在实践中，它可以广泛部署以体验海量数据存储和更少的计算成本。然而，无线信道访问是脆弱和不安全的，以防止各种潜在的攻击，如重放、重定向等。 因此，提出了一种无缝安全匿名身份验证方案 (S-SAAS) 在基于云的移动边缘创建安全会话计算。由于物联网、云计算、大数据和移动技术融合以允许基于群组的通信系统，因此强烈要求加强认证过程以降低安全风险和漏洞。而且，