How is the asymmetric algorithm type used in PKI?
如何在PK i中使用非对称算法类型？
Gets the key sizes that are supported by the asymmetric algorithm.
获取不对称算法支持的密钥大小。
Creates an instance of an implementation of an asymmetric algorithm.
创建的非对称算法实现的实例。
Specifies the key sizes that are supported by the asymmetric algorithm.
指定不对称算法支持的密钥大小。
Creates an instance of the default implementation of an asymmetric algorithm.
创建非对称算法的指定实现的实例。
Creates an instance of the specified implementation of an asymmetric algorithm.
创建非对称算法的指定实现的实例。
The asymmetric algorithm USES the public key in the server's digital certificate.
对称算法将使用服务器的数字证书中的公钥。
Represents the size, in bits, of the key modulus used by the asymmetric algorithm.
表示不对称算法所用密钥模块的大小(以位为单位)。
When overridden in a derived class, sets the asymmetric algorithm to use to create the signature.
当在派生类中重写时，设置用于创建签名的哈希算法。
Public keys, however, must be larger, because the mathematics in an asymmetric algorithm are different.
然而，公开钥匙必须更长，因不对称算法中的数学是不同的。
The key used for the data encryption is encrypted itself using an asymmetric algorithm with the public key associated with the Service Provider's X.509 certificate.
用于数据加密的密钥是使用带有与服务提供者（Service Provider）的 X.509 证书相关联的公钥的非对称算法进行加密的。
An asymmetric algorithm USES a different key for encrypting or decrypting the message; one of the keys must be kept secret, and the other key is usually made public.
非对称算法使用不同的密钥对消息进行加密或解密；其中一个秘钥必须是秘密的，而另一个密钥通常是公开的。
Finally, because the grids of center-asymmetric algorithm are similar to the result of view-frustum culling, our method avoided view-frustum culling before rendering.
中心不对称的算法构造的网格已经接近视锥裁减的结果，因此可以省略中心对称算法在绘制时进行视锥裁减的步骤。
Algorithm Type defines whether the cryptography algorithm is symmetric, asymmetric, or a message digest.
算法类型定义加加密算法是对称的、非对称的还是消息摘要。
An asymmetric key (public key) algorithm is used for the exchange of the secret keys to be used in symmetric algorithm and for digital signatures.
对称密钥(公钥)算法用于交换在对称算法中使用的加密密钥，以及用于数字签名。
The SunJCE provider is not suitable for generating asymmetric keys, as it does not contain the RSA algorithm type implementation.
这个SunJCE提供程序不适合生成非对称密钥，因为它没有包含rsa算法类型的实现。
This thesis focuses on Object Transfer Protocol and Asymmetric Lock algorithm.
本文重点描述了对象传输协议和非对称锁算法。
This paper presents a PWM scheme based on digital memory mode and discusses its asymmetric regular sampling principle and simple on -line algorithm.
提出一种基于数字存储模式的PWM调制方案，讨论其非对称规则采样原理，给出宜于在线运算的简便算法。
This paper displays an improved asymmetric watermarking algorithm.
提出了一种改进的非对称水印算法。
This paper presents an adaptive control algorithm for discrete time linear systems with asymmetric saturation nonlinearity. This algorithm can easily be realized.
本文提出了带有不对称饱和非线性环节的线性离散系统的自适应控制算法，该算法简单易行。
This paper presents a topology aggregation algorithm for asymmetric networks, which can keep all the asymmetric topology information, so that topology information distortion can be reduced.
该文提出了一种应用于不对称网络中的拓扑抽象算法，能够完全保留网络的不对称拓扑信息，从而减小了由于拓扑抽象引起的信息失真。
A new algorithm, called Asymmetric Fully Informed Particle Swarm Optimization(AFIPSO), is given.
提出了一种非对称互联型粒子群算法（AFIPSO），它是对互联型粒子群算法的改进。
When overridden in a derived class, gets the specified asymmetric cryptographic algorithm.
在派生类中重写时，获取指定的非对称加密算法。
This paper discusses an asymmetric regular sampling principle and simple online algorithm of the PWM.
讨论一种PWM的非对称规则采样原理，给出宜于在线运算的简便算法。
An implementation of GMRES (m) algorithm which is very important to solve the problem of asymmetric large linear systems is accomplished.
一个解决大型非对称线性问题的重要算法GM - RES (m)算法就在这个平台上实现。
In this mechanism, random encryption key, asymmetric encryption algorithm and one-time key for database encryption are used to ensure the key's safety in generation, storage, backup and recovery.
该机制通过非对称加密算法、随机密钥加密用户备份信息，以及“一次一密”加密数据库等手段有效解决传统密钥恢复机制在密钥产生、存储、备份、恢复过程中的安全问题。
MD5 algorithm is used to implement the authentication process. DES algorithm combined with asymmetric encryption and digital signature to ensure the safety of information transmission.
MD 5算法用来实现身份认证过程，DES算法结合非对称加密和数字签名技术来保证信息的安全传输。
Based on the need of network office, this paper introduces the algorithm of asymmetric encryption, digital certificates and digital signature.
基于互联网络办公的需求，介绍了公开密钥加密算法、数字证书和数字签名技术。
This paper proposes an algorithm of data reduction based on asymmetric gridding in connection with the vast amount of point data.
针对点云数据量大的特点，提出了基于非均匀网格的点云数据缩减算法。
This paper proposes an algorithm of data reduction based on asymmetric gridding in connection with the vast amount of point data.
针对点云数据量大的特点，提出了基于非均匀网格的点云数据缩减算法。
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