会话密钥

  • 网络Session Key;SKDC-Client
会话密钥会话密钥
  1. 通信中,用IDEA会话密钥加密语音通讯数据。

    When communicating , we encrypt voice payload with IDEA session key .

  2. 一种新的adhoc网络会话密钥建立方案

    A Novel Session Key Establishment Scheme for Ad hoc Networks

  3. 文章提出采用密钥分发中心为认证中心,实现移动IP各实体间的交互认证、会话密钥安全共享。

    This paper presents a KDC-based proposal to accomplish the mutual authentication as well as sharing session key among entities of Mobile IP .

  4. 比如:握手协议,会话密钥,RSA公开密钥加密算法中密钥的产生等。

    For example : handshake protocol , session key , the production of key in RSA algorithm .

  5. 为了利用对称加密的快速性和公开密钥加密的方便性,系统只对会话密钥进行公开密钥加密。系统还能够和PGP协同工作以提供相互鉴别的功能。

    Encrypting session key with asymmetric encryption , multiple authentication .

  6. 针对adhoc网络密钥管理中存在的实际问题,提出一种适合于adhoc网络安全的会话密钥建立方案。

    To the actual security question in the ad hoc network 's key management , a secure authenticated key establishment scheme is proposed in this paper .

  7. 借助椭圆曲线密码体制为密钥参数的传递提供安全保障,利用Hash函数的单向运算性提高会话密钥的安全性。

    Use Elliptic Curve Cryptography to provide security of key parameters , improve the security of the keys by one-way operation of Hash function .

  8. 获得包含供与身份验证服务器一同使用的会话密钥的TGT

    Get the TGT containing session key for use with the authentication services

  9. 介绍了混合加密体制的基本原理以及Java提供的密码服务,最后列举了混合加密体制中会话密钥加密示例。

    This paper introduced the theory of mixed-key-cryptosystem and the encryption service provided by Java . At last , an example about the session key which is a kind of mixed-key-cryptosystem is specialized .

  10. 利用有限域上Chebyshev多项式的单向性和半群特性,构造了一种新的会话密钥协商算法。

    Using their one-way and semi-group properties on the finite fields , a novel session key agreement algorithm is presented .

  11. TGT包含供在客户端与身份验证服务之间使用的会话密钥。

    TGT carries session key for use between the client and authentication service .

  12. 从mastersecret中,客户机和服务器可以创建sessionkeys(会话密钥),这是选择用来对会话数据进行加密所使用的对称密码中的对称密钥。

    From the master secret , the client and server create the session keys , symmetric keys within the bounds of the chosen symmetric cipher used to encrypt the session 's data .

  13. 所以客户端使用这个TGT会话密钥副本解密消息。

    So the client decrypts the message using this copy of TGT session key .

  14. 客户端已经拥有从前面的TGT请求获得TGT会话密钥。

    The client already has the TGT session key obtained from the previous TGT request .

  15. 四.在密钥交换中使用了RSA算法双重加密以传输会话密钥,会话的时候使用的是TEA算法。

    This work uses the RSA algorithm to doubly encrypt the conversation key in the transmission of exchanging the key , and uses the TEA algorithm in the transmission of GPS data .

  16. 为了获得共享的会话密钥,客户端向身份验证服务发出一个TGT请求(身份验证RPC)。

    To get the shared session key , client makes a TGT request ( Authenticated RPC ) to the authentication service .

  17. 基于口令认证的群组密钥协商协议(Password-AuthenticatedGroupKeyExchangeProtocol,PAGKE协议)允许群组用户在一个公共网络上使用低熵的容易记忆的口令协商出一个高熵的会话密钥。

    A password-authenticated group key exchange protocol ( PAGKE ) allows a group of users to agree on a high entropy session key over a public network using low entropy human-memorable passwords .

  18. 基于BAN逻辑对该协议进行形式化分析,安全分析和性能比较表明该协议能够更加安全高效地实现会话密钥协商。

    The formal analysis with BAN logic proves that the protocol can achieve the session key in security . The final security analysis and performance comparison show the advantage in security and efficiency .

  19. 在此身份验证信息交换过程中生成的会话密钥可用于客户端/服务器与KDC之间的所有未来通信。

    The session keys generated during this authentication exchange can be used for all the future correspondences among client / server and KDC .

  20. 提出一种基于ECC和AES相结合的加密系统,具体阐述了该系统的设计过程,包括密钥协定、会话密钥的生成及加密模式的选择。

    Proposes an encryption scheme based on ECC and AES , expatiates the process of design , including key agreement , generation of conversation key and choice of encrypt mode .

  21. 对会话密钥进行加密,将它添加到encryptedkey对象中,然后输入会话密钥名称和密钥标识符url。

    Encrypt the session key , add it to the encryptedkey object , and enter a session key name and key identifier url .

  22. 在程序中会话密钥的长度为2048比特,2048比特的密钥长度可以满足大部分的应用需求。程序中使用的HASH算法为SHA-256。

    In our program the key length is 2048 bits , which meet the need of most applications and the hash algorithm is SHA-256 .

  23. 该TGT包含客户端的身份、一个随机生成的TGT会话密钥和TGT的有效期。

    The TGT contains the identity of the client , a randomly generated TGT session key and the lifetime of the TGT .

  24. 第一部分包含身份验证服务及服务器,第二部分是加密的,包含票证有效期和TGT会话密钥。

    The first part contains authentication service as the server and the second encrypted portion contains ticket lifetime and TGT session key .

  25. 由于提出的方案是门限密钥托管方案,所以在所有托管人中当有一个或几个托管人不愿合作或无法合作时,监听机构仍能够通过另外有效的k个托管人去重构会话密钥,从而实施监听。

    Since the proposed RTKES is also threshold key escrow scheme , when an escrow agency or few agencies is not cooperating , monitor agency can easily reconstruct session key to monitor as long as there are other k effective escrow agencies .

  26. 为了消除对称密钥加密算法的会话密钥在网络传输中的安全隐患,系统设计中采用了AES加密算法和RSA加密算法相结合的混合加密技术。

    To remove the security risk in network transmission caused by session key of symmetric key cryptographic algorithm , the AES algorithm and RSA algorithm are combined as encryption technique in system design .

  27. 在DCE中,服务票证是一种数据结构,身份验证服务使用该结构将客户端身份和会话密钥传递给服务器。

    In DCE , the service ticket is a data structure that authentication service uses to pass the client identity and session key to the server .

  28. 该文通过分析其协议栈,提出了以安全代理SA为核心的安全通信模型,并分别就安全代理SA之间的安全信息交换协议,安全参数协商方式,会话密钥更换等进行了探讨。

    This paper analyzes its protocols . presents a secure communication model in which security agents are the corc , discusses respectively security message exchange protocols , security parameters negotiation mode , session key update .

  29. 特权服务然后生成一个新的会话密钥,也就是PTGT会话密钥。

    The privilege service then generates a new session key , PTGT session key .

  30. 身份验证服务向客户端发出一条响应消息,其中包含TGT、TGT会话密钥的一个副本和其他信息。

    The authentication service make a response message to the client containing the TGT , a copy of TGT session key and other information .