密码技术的应用领域不断扩大。
The application of the cryptographic technology has been increasing.
密码技术的核心是密码算法。
Cryptography algorithm is the core of cryptography technology.
这里就使用了密码技术。
密码技术提供网络信息安全的解决途径。
密码技术是解决这些安全问题的关键技术。
Cryptography is the key to solve these information security problems.
密码技术是保密通信和信息安全的核心技术。
Cryptography is the kernel of the secure communication and information security.
第一代版权保护是密码技术和数字签名技术。
The first generation of copyright protection is cryptography and digital signatures.
介绍对称密码技术和非对称密码技术的基础理论。
Introduce the basic theory of symmetrical encryption technology and asymmetrical encryption technology.
利用现代密码技术构造了两个数字版权保护方案。
Applying the modern cryptographical technology constructs two digital copyright protection schemes.
芯片密码技术很棒，但是它存在一些操作上的问题。
Chip and PIN is great, but there are some operational issues with it.
现代密码学理论和密码技术是信息安全的重要基础。
Modem cryptological theory and cryptological technology are important basis of information security.
这类椭圆曲线可用于密码技术中各种合数阶群的情形。
This kind of elliptic curve can be used for various situations where composite order groups are needed.
密码技术是信息安全技术中的核心技术，只能自主开发。
The cryptology technology is the core of information security technology, which we can only empolder it by ourselves.
密码计算采用国家密码管理委员会办公室指定的密码技术。
The cryptographic computation adopts the cryptographic technique designated by the National Cipher Management Committee Office.
把近似熵用于密码技术中，设计一种实用的随机数检验方法。
Approximate entropy be applied to cryptographic technology, designing a testing method of a random sequence.
传统的版权保护和内容认证技术是密码技术和数字签名技术。
The traditional techniques of copyright protection and content authentication are cryptology technique and digital signature technique.
因此，基于混沌的密码技术在信息安全方面具有重要的地位。
Therefore, chaos-based encryption techniques play an increasing role in information security.
为了保证信息系统的安全性，密码技术被应用于信息系统中。
Cryptographic technology is applied to information system to ensure its security.
密码技术作为保密通信的关键技术已成为当代信息高科技的热点。
The cryptology becomes a hotspot of information high tech as the key technology of secure communication.
第三章研究课题是密码技术、数字签名、网络加密技术和安全API。
The third chapter studies cryptology data signature types of network cryptology and secure API.
本文主要讨论如何利用现代密码技术实现分布式系统中的安全访问控制。
It is mainly discusses that how to use modern cryptographic technology to achieve secure access control in distributed systems.
但同时也引发了一系列的安全问题，而密码技术是保证信息安全的关键。
However, they caused a series of security questions at the same time. The cryptography is the key technology of guaranteeing the information safety.
尽管安全技术涉及的范围十分广泛，但密码技术是各种安全技术的核心。
The information security technology relates to a variety of areas, but the cryptogram technology is the core of all security technologies.
文章把线性复杂度理论检用于密码技术中，设计一种实用的序列随机性检验方法。
Linear complexity theory be applied to cryptographic technology, designing a testing method of a random sequence.
他们能提供宽带技术传输信息，而且罗克韦尔的密码技术将保证网络信息传输的安全。
They would provide the broadband expertise to move that information and Rockwell's cryptographic solutions would ensure the information is secure as it moves across the network, Caslavka says.
随着标准密码算法细节的公开，密码技术保护的信息系统的安全就取决于密钥的保护。
With the standard code computing methods being opened, the accounting system and the safety of code technology protection depend on the protection of secret key.
密码技术是信息安全领域的核心技术，在当今社会的许多领域都有着广泛的应用前景。
Cryptology is the kernel technology in the field of information security, it has extensive commercial prospect in many fields.
数字版权保护问题越来越受到人们的重视，密码技术是解决这一问题的关键技术之一。
The problem of digital copyright protection is taken into account by more and more people. Cryptographical technology is one of the key solutions to this problem.
即使数据不是敏感数据或个人数据，在云中传输和操纵数据时也应该用密码技术加以保护。
Even if the data is not sensitive or personal, it should be secured with cryptography when transported to and from, and manipulated in, the cloud.
密码技术的飞速发展，特别是公开密钥密码体制的提出，为信息安全提供了最强有力的保护。
The cryptology, especially the public - key cryptology can offer the highest level of information security.
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