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首页> 外文期刊>International journal of communication systems >Design and FPGA implementation of an efficient security mechanism for mobile pay‐TV systems
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Design and FPGA implementation of an efficient security mechanism for mobile pay‐TV systems

机译:用于移动付费电视系统的高效安全机制的设计和FPGA实现

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摘要

A mobile pay-TV service is one of the ongoing services of multimedia systems. Designing an efficient mechanism for authentication and key distribution is an important security requirement in mobile pay-TV systems. Until now, many security protocols have been proposed for mobile pay-TV systems. However, the existing protocols for mobile pay-TV systems are vulnerable to various security attacks. Recently, Wang and Qin proposed an authentication scheme for mobile pay-TV systems using bilinear pairing on elliptic curve cryptography. They claimed that their scheme could withstand various attacks. In this paper, we demonstrate that Wang and Qin's scheme is vulnerable to replay attacks and impersonation attacks. Furthermore, we propose a novel security protocol for mobile pay-TV systems using the elliptic curve cryptosystem to overcome the weaknesses of Wang and Qin's scheme. In order to improve the efficiency, the proposed scheme is designed in such a way that needs fewer scalar multiplication operations and does not use bilinear pairing, which is an expensive cryptographic operation. Detailed analyses, including verification using the Automated Validation of Internet Security Protocols and Applications tool and implementation on FPGA, demonstrate that the proposed scheme not only withstands active and passive attacks and provides user anonymity but also has a better performance than Wang and Qin's scheme.
机译:移动付费电视服务是多媒体系统正在进行的服务之一。设计一种有效的身份验证和密钥分发机制是移动付费电视系统中一项重要的安全要求。到目前为止,已经提出了许多用于移动付费电视系统的安全协议。但是,用于移动付费电视系统的现有协议容易受到各种安全攻击。最近,Wang和Qin提出了一种在椭圆曲线密码学上使用双线性配对的移动付费电视系统的认证方案。他们声称他们的计划可以承受各种攻击。在本文中,我们证明了Wang和Qin的方案容易受到重放攻击和模仿攻击的攻击。此外,我们提出了一种使用椭圆曲线密码系统的移动付费电视系统新型安全协议,以克服Wang和Qin方案的弱点。为了提高效率,以所需标量乘法运算较少且不使用双线性配对的方式设计所提出的方案,这是昂贵的密码运算。详细的分析(包括使用Internet安全协议和应用程序自动验证工具进行的验证以及在FPGA上的实现)表明,该方案不仅可以抵抗主动和被动攻击,并提供用户匿名性,而且其性能比Wang和Qin的方案更好。

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