针对非接触式智能卡的需求，提出一种基于有限计算能力的相互认证密钥交换协议。
Aiming at the demand of contactless smart card, this paper proposes a new mutual authentication key exchange protocol based on low power computing devices.
基于验证元的口令认证密钥交换协议的最基本安全目标是抵抗字典攻击和服务器泄露攻击。
The fundamental security goal of verifier-based password-authenticated key exchange protocol is security against dictionary attack and server compromise attack.
在改进原有协议的基础上，提出了一个更加安全和高效的基于口令的跨服务器认证密钥交换协议。
While , compared with the old schemes, the efficency of both is equal, the security of the new schemes is improved quite a lot.
它规定了RSA密钥交换和认证算法的使用，还规定了RC4_SHA_US密码规范。
This specifies the use of the RSA Key Exchange and authentication algorithm, along with the RC4_SHA_US CipherSpec.
SSL握手过程中的密钥交换和认证算法。
The key exchange and authentication algorithm used during the SSL handshake.
WS - SecureConversation：描述如何管理和认证各方之间的消息交换，包括安全上下文交换以及建立和继承会话密钥。
WS-SecureConversation: Describes how to manage and authenticate message exchanges between parties, including security context exchange and establishing and deriving session keys.
WebSphereMQ 5.3仅支持RSA密钥交换和认证算法。
WebSphere MQ 5.3 supports only the RSA key exchange and authentication algorithms. Details of some of the supported CipherSpecs are listed in the following table.
身份认证是密钥交换协议的重要组成部分。
Identity authentication is an important component of the key exchange protocol.
身份认证和密钥交换技术是保证无线通信安全的重要手段。
Identity authentication and key exchange technology is the important means to ensure wireless communication security.
本文主要研究基于动态口令认证的密钥交换协议，该协议既能保证VPN的认证安全，又能保证VPN的传输安全。
This paper mainly focuses on key exchange protocol based on dynamic password authentication, which can insure the security of both authentication and transportation of VPN system.
针对分布式环境下的数据分发和管理问题，以智能卡与口令作为身份认证与密钥交换的基础，设计一个分布式数据传输安全模型。
To solve the problem of data distribution and management in the distributed environment, this paper proposes a secure communication model based on smart card and password authentication.
公钥基础设施(PKI)通过公钥算法来实现身份认证和密钥交换，但由于其采用集中管理的模式，容易成为网络访问的瓶颈。
Public key infrastructures (PKI) achieve authentication and key exchange by utilizing public key cryptography; however, the system's centralized models tend to be the bottleneck in the network.
公钥基础设施(PKI)通过公钥算法来实现身份认证和密钥交换，但由于其采用集中管理的模式，容易成为网络访问的瓶颈。
Public key infrastructures (PKI) achieve authentication and key exchange by utilizing public key cryptography; however, the system's centralized models tend to be the bottleneck in the network.
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