用户密钥存储库的初始密码是用户登录密码。
The initial password of a user keystore is the user login password.
用户密钥由用户空间程序操作。
User keys are defined to be manipulated by user-space programs.
更新用户密钥数量需要bosboot和重新启动系统才能生效。
Updating the number of user keys requires a bosboot and a subsequent system restart to become effective.
较老的应用程序可能会包含不符合此要求的用户密钥（如 TERMID）。
Older applications may contain user keys (for example, TERMIDs) that don't meet this requirement.
用户密钥加密运算后生成的密文存入密钥存储表密钥字段，用输入的密钥解此密文。
The key file was generated with encrypted user key to store in the field of key in key storage table, and the key file was decrypted with the inputted user key.
说明了他们在某一安全水平下用户密钥空间的大小，并给出了前一类认证系统的具体构造。
It shows the size of the secret key space for each participant under the security level, provides the construction about authentication schemes for dynamic conferences.
我假设用户密钥用于签署从客户端发送到服务器的数据或加密从服务器发送到客户端的数据。
I assume the user keys are used to either sign the data sent from client to server or encrypt data sent from server to client.
为了解决数字版权保护中的用户密钥泄漏问题，提出了一种基于双线性映射的叛逆者追踪方案。
A new efficient traitor tracing scheme using bilinear mapping is presented in order to solve the user-key leaking problem in digital right management.
为了解决数字版权保护中的用户密钥泄漏问题，提出了一种基于双线性映射的叛逆者追踪方案。
Based on digital watermarking and applied cryptology, an authentication scheme for copyright protection of digital product is proposed.
通过提取文字的特征，结合用户密钥和哈希技术，该方案将文本信息和用户信息嵌入到待传输文本中。
By extracting the features of the characters together with the user secret keys and the hash technology, the scheme embeds the information of the text and the user into the transforming text.
给出了数据库加密技术和依赖用户的可恢复密钥管理机制的设计，实现了用户密钥的安全存储、备份与恢复。
Database encryption and user-dependent restorable key management scheme insure the security of key storing, backuping and restoring.
针对用户密钥丢失导致加密数据不可恢复和传统数据库保护数据存在的问题，设计了一种高安全性的密钥恢复机制。
This paper introduces a high security mechanism for key management to solve the problems, which are derived by key exposure and exploit of traditional database storage.
我自己根本就没有碰过isakmpd和photurisd(用户密钥管理程序)，我也很少接触ipsec内核(cryptodev与cryptosoft)。
I don't believe I ever touched isakmpd or photurisd (userland key management programs), and I rarely touched the ipsec internals (cryptodev and cryptosoft, yes).
在配置内核时，必须启用这个文件，因为它允许任何用户列出密钥数据库。
This file must be enabled when the kernel is configured, because it allows any user to list the keys database.
为了让SSO正常工作，所有服务器必须同意密钥、用户信息和各种其他配置数据。
For SSO to function properly, all servers must agree on cryptographic keys, user information, and miscellaneous other configuration data.
即使用户采用公共密钥或基于主机的身份验证，也会执行这个密码检查。
This password check is done even if the user is following the public key or host-based authentication.
如果恶意用户获得了这些密钥信息，那么主机的安全性就很容易受到威胁。
If a malicious user gets hold of this key information, then the security of that host machine can be compromised very easily.
在客户端上创建一个用户，为这个用户生成密钥。
Create a user on the client side and generate keys for this user.
对于非用户的主体，密钥是随机生成的。
For principals other than users, a key is generated randomly.
私有密钥与用户和组相关联。
现在，每当需要使用公钥登录到远程主机时，您可以结合使用个人密钥脚本和远程主机上该用户接受的密钥列表。
Now, whenever you need to log in to a remote host with your public key, you can use the script of your personal key with the list of accepted keys for the user on the remote host.
这些密钥存储在采用密码保护的密钥存储库中，在成功登录之后，会将用户的密钥加载到内核中，并建立与进程凭据的关联。
These keys are stored in a cryptographically protected key store and upon successful login, and the user's keys are loaded into the kernel and associated with the process credentials.
用户能够设置密钥和为EFS分配默认密钥。
Users will be able to setup keys and assign a default key for EFS.
这些密钥存储在用密码技术保护的密钥存储库中，在成功登录时，用户的密钥被装载到内核中并与内核进程关联起来。
These keys are stored in cryptographically protected key store and upon successful login, the user's keys are loaded into the kernel and associated with the kernel processes.
一旦安全服务器通过秘密密钥确认了用户的身份，用户登录到DCE的过程就完成了。
Once the security server confirms the identity of the user via secret key, the login process of the user into the DCE is completed.
它使用用户标识作为密钥，其值为作为MD 5散列存储的密码。
It USES the user ID as the key, and the value is the password stored as an MD5 hash.
接下来，为此用户生成Kerberos密钥。
这个过程获得了每个用户的公共密钥，这是通过自动使用LotusNotes 完成的。
This process obtains access to each user's public key. This is done automatically using Lotus Notes.
keylogin命令与NIS服务器进行通信，以获得用户的加密的密钥。
The keylogin command contacts the NIS server to get the users encrypted key.
Kerberos定义了一种利用用户的密码生成密钥的算法。
Kerberos defines an algorithm to generate a secret key from the user's password.
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