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Implementation, Comparison, and Enhancement of Secure Communication Designs

机译:实施,比较和增强安全通信设计

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Cryptography offers effective techniques to ensure users’ security and privacy in an efficient way. To protect networks from intruders/attackers and transmit a message over an insecure channel, encryption and digital signature algorithms could be used within different designs to provide secure networks and security solutions in order to protect users’ information and their data from being attacked. These designs would ensure confidentiality, authenticity, integrity, and non-repudiation. Signcryption algorithms achieve the properties of both digital signature and encryption schemes. In this paper, we implement the Schnorr Signcryption and RSA Encrypt-Sign-Encrypt (Sign-Encrypt-Sign) schemes. Moreover, we will illustrate the comparison between the RSA Encrypt-Sign-Encrypt and Schnorr Signcryption schemes in terms of computation cost. Additionally, we will present an improvement factor in the case of parallelisation techniques applied to Schnorr Signcryption and RSA Encrypt-Sign-Encrypt (Sign-Encrypt-Sign) schemes.
机译:密码术提供了有效的技术,可以有效地确保用户的安全和隐私。为了保护网络免受入侵者/攻击者的侵扰并通过不安全的信道传输消息,可以在不同的设计中使用加密和数字签名算法,以提供安全的网络和安全解决方案,从而保护用户的信息及其数据免遭攻击。这些设计将确保机密性,真实性,完整性和不可否认性。签密算法实现了数字签名和加密方案的特性。在本文中,我们实现了Schnorr Signcryption和RSA Encrypt-Sign-Encrypt(Sign-Encrypt-Sign)方案。此外,我们将在计算成本方面说明RSA加密-签名-加密和Schnorr签名方案之间的比较。此外,在将并行技术应用于Schnorr Signcryption和RSA Encrypt-Sign-Encrypt(Sign-Encrypt-Sign)方案的情况下,我们将提出一个改进因素。

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