为什么要在密钥生成中加入域名和用户名呢？
提出了一种基于计算的动态密钥生成算法。
A scheme on dynamic key production based on computation was proposed.
应用程序使用带有表标识或数据库序列密钥生成器的实体。
The application USES entities with table identity or database sequence key generation.
虽然有许多解决这个问题的方法，但是本文使密钥生成简单。
While there are ways around this, this article keeps the key generation simple.
签名者的签名私钥由多个密钥生成中心共同决定。
The signature private keys of signer are completed by several key generation centers.
混沌；密钥流；抽样编码； 流密钥生成；
Chaos; Key stream; Sample and encoding; Stream key generation;
主要包括会话协议、密钥恢复协议、密钥生成协议。
It includes conversation protocol, key recovery protocol and key creation protocol.
密钥管理包括密钥生成、存储和检验、传送与删除等。
Key management includes key generation, key storage, key transmitting and key deletion etc.
本文对基于向量空间接入结构的分布式密钥生成进行了研究。
The problem of distributed key generation based on vector space access structures is studied.
最后用BB 84协议对量子密钥生成与分发进行了程序模拟。
The quantum key distribution of BB84 protocol is simulated on the computer at the end of the paper.
我们的密钥生成过程的第八步是要检查奇偶修正后的字节数组是否是一个弱的密钥。
The eighth step during our secret key generation process is to check whether the byte array after parity fixing turns out to be a weak key.
RonRivest开发了基于256字节的密钥生成随机数的RC4加密算法。
Ron Rivest developed the RC4 algorithm to generate random bytes based on a 256 byte key.
采用这种方式，密钥生成速度快，而且面积增加不多，适合于智能卡应用。
This method greatly improves the overall performance of generating key pair, therefore it is well suited for smart card applications.
通过密钥生成协议解决了由于远端控制主机的更换而导致的密钥更换问题。
Key creation protocol resolves the key replacement problem cause by the replacement of remote control host.
3套备用AN/AAR-222SINCGARS和密钥生成（KV-10）系统；
基于可验证的分布式密钥生成方案，设计了一个可验证的广义二次拍卖模型。
Based on distributed key generation protocol, we design a verifiable Generalized Vickrey Auction protocol.
循环退出时，我只是返回最后一个数据块的加密结果，这就是密钥生成过程第9步的结果。
When the loop exits, I simply return the encryption result of the last data block, which is the result of Step 9 of the secret key generation process.
为了适应分布式路由协议的特点，提出了分布式的基于RSA的密钥生成算法。
To satisfy the characteristic of distributed routing protocol, a distributed key generation algorithm based on RSA is presented.
运行puttygen (putty密钥生成器)并加载密钥文件my_rsa . ppk。
Run puttygen (the putty key generator) and load the key file my_rsa.ppk.
RSA密钥生成器由两大部分构成：硬件随机数发生器和RSA密钥生成算法的软件实现。
The RSA key generator is made up of two parts: random number generator (RNG) and the implementation of RSA key generation algorithm.
本文提出了一种新的基于数据项加密的动态密钥生成算法，并对此算法的安全性进行了证明。
This article describes a new dynamic key-function based on data item encryption and proves the security of this algorithm.
文中主要是从身份的识别和密钥生成、分配、传递体系，这两个方面分析和解决系统的安全问题。
The paper mainly focus on these two aspects to solve the safety problems of the system, identity recognition and the formation, distribution and delivery of the key code.
您的企业需要建立人头计算来执行事件驱动的双密钥生成，从而避免由于夜间批量更新造成的时间延迟。
Your enterprise needs to establish a head count of persons to perform event-driven double keying to avoid the time delay of a nightly batch update.
密钥生成函数产生的密钥直接对数据库中每个数据项进行加密，因此该函数对数据的安全具有非常重要的作用。
The key produced by the key-function is used to encrypt every data item, so this key-function is very important for the security of the data.
文章给出了一种RSA密钥生成的VLSI实现方案，在RS A协处理器基础上增加若干运算单元，来完成RSA密钥生成和加解密操作。
A new approach to VLSI implementation of RSA key generation is proposed in the paper, in which logic units are added to the RSA cryptography coprocessor to realize RSA key generation and encryption.
该方案基于公钥基础设施体系架构，采用了随机数、“盐”和多轮迭代等手段保证系统的安全性，并且通过在客户端进行密钥生成和加解密操作的方式实现了系统的可扩展性。
The scheme was based on the public key infrastructure(PKI) architecture with system security achieved by various means such as random numbers, salt, and multiple round iterations.
根据WebSphereApplicationServer和补丁级别不同，自动密钥生成在默认情况下可能启用了，也可能关闭了；版本越新，默认情况下它关闭的可能性越大。
Depending on your WebSphere Application Server version and patch level, automatic key generation might be on or off by default; the more recent the version, the more likely it is off by default.
本文讨论如何获得根据主密钥在每一轮中生成子密钥的方法。
This article discusses how to get the method of generating subkey in each round according to masterkey.
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.
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