如果只有一个名称空间，可能要求用户提供用户ID和密码。
If only one namespace exists, the user might be required to provide a user id and password.
使用下列值登录到工作空间(或者使用您为wcpadmin用户创建的任意密码)。
Log in to the workspace with the following values (or whatever password you created for the wcpadmin user). : user ID: wcpadmin.
使用idbdaniel和密码wid登录业务空间。
Log on to business space using the id bdaniel with a password of wid.
用下列值(或用您为wcpadmin用户创建的任意密码)登录到工作空间。
Log in to the workspace with the following values (or whatever password you created for the wcpadmin user).
请注意所保存的名称空间将只显示所保存的用户，而不会显示所保存的密码。
Note that saved namespaces will display the saved user but will never display the saved password.
图7显示了Security选项卡，这是设置源和目标服务器的用户名、密码和命名空间id的地方。
Image 7 shows the Security TAB. This is were that username, password and namespace ID is set for the source and target servers.
在客户机上执行userid、密码和名称空间的重新映射。
Perform userID, password, and namespace remapping on the client.
“遗物守护者”、“财产锁定”和“死亡开关”等公司都提供加密空间，让人们保存他们的密码以及其他信息。
Legacy Locker, Asset Lock and Deathswitch are among the firms offering 20 encrypted space for people to store their passwords and other information.
串空间模型是一种新兴的密码协议形式化分析工具。
Strand space model is a new formal analysis tool to the analysis of cryptogram protocol.
串空间理论是一种新兴的用于密码协议形式化分析的方法。
Strand space theory is a method for stating and proving correctness properties for cryptographic protocols.
实践表明，这种基于复合加密的公钥密码系统，算法的时间复杂度和空间复杂度并未受到影响，但其安全性较早期各同类系统更高、更易被用户采纳。
It is proved that this public key cryptosystem based on compound encryption has not been influenced on time complexity and space complexity, but it has more security t.
利用元胞自动机之间的相互作用，提出耦合触发元胞自动机的加密技术，增加密钥空间和增强密码系统的强度。
Using the interaction between cellular automata, a cryptography system based on the coupled toggle cellular automata is proposed to enlarge the key space and the strength of the system.
同时对这种加密算法的明文密码空间、密文密码空间和加密强度等作了初步的分析。
The paper also tentatively discusses several related encryption algorithms to improve the security and analyzes the plaintext key space, ciphertext key space and encryption strength.
同时对这种加密算法的明文密码空间、密文密码空间和加密强度等作了初步的分析。
Therefore the decryption time and difficulty can be greatly increased, and the cipher can be protected from decryption in this algorithm.
在自由空间量子密钥分配中，单光子源采用具有泊松分布的高度衰减激光脉冲，量子密码术协议采用BB 84和B92协议。
Highly attenuated laser pulses with Poisson distribution are used as single-photon sources and the BB84 and B92 protocols are used for free-space quantum key distribution.
本文扩展了串空间模型及其认证测试方法，增强了其对丰富密码学中一些复杂操作的分析和描述能力。
This dissertation extends the strand space model and its authentication test, which can enhance the analyses and description of some cryptographic primitives rich in cryptographic primitives.
DES作为传统分组密码算法的典型代表，存在密钥空间太小的致命弱点，在穷举密钥攻击下被破译。
As the representative of tradition block encryption algorithm, DES has a deadly weakness that is too small key space to prevent exhaust attacks.
公钥密码体制允许用户在不安全的网络空间中公开传播公钥，这种特性为密钥分发带来了极大的便利，但是并没有解决密钥管理的核心问题。
Public key cryptosystem allows users to deliver public key in an insecure cyberspace, such property brings great convenience to key distribution, but does not solve the core issue of key management.
但为节省空间，它是以密码方式来设计的。
与TCG的密码方案相比，可信密码模块（TCM）引入了对称算法，并采用ECC作为签名算法，在减少密钥存储空间的同时，提高了密码算法的运算速率。
Compared with TCG's design, TCM reduces the storage space of keys and speeds up cryptography's work by adding symmetrical arithmetic and ECC arithmetic.
与TCG的密码方案相比，可信密码模块（TCM）引入了对称算法，并采用ECC作为签名算法，在减少密钥存储空间的同时，提高了密码算法的运算速率。
Compared with TCG's design, TCM reduces the storage space of keys and speeds up cryptography's work by adding symmetrical arithmetic and ECC arithmetic.
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