提出了一种新型的图像保密通信技术。
身份认证是保密通信和信息安全的基础。
Authentication is the base of secret communication and information security.
并用正弦和余弦信号实现保密通信应用。
Then using sine and cosine signal realized secure communication application.
采用该方案可以实现远距离量子保密通信。
The scheme can be generalized to realize the long range quantum secure communication.
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.
而混沌同步是实现混沌保密通信的重要条件。
Chaos synchronization is the basic condition to realize the Chaotic secure communication system.
本文提出了一种新型公开密钥保密通信方案。
提出了一种多级混沌同步保密通信系统实现方案。
A multistage chaotic synchronization system for secure communications is proposed.
提出了一种基于混沌系统广义同步的保密通信方案。
A private communication method was proposed based on general synchronization of chaotic systems.
最后，论文研究了混沌系统在保密通信当中的应用问题。
Finally, the paper discussed the problem of chaos secure communication.
介绍了基于区间同步恢复记忆实现混沌保密通信的方法。
The realization of chaos secure communication based on the method of interval synchronization recalling memory is provided.
因此数字加密电话必然成为保密通信中的主流发展趋势。
So the digital encryption telephone will be widely obtained in the future.
在众多的保密通信手段中，密码术是最重要的一种技术措施。
Cryptography is one of the most important technique measures in vast ways of secret communication.
提出了一种基于广义混沌映射切换的混沌同步保密通信方式。
A chaotic synchronization secure communication method based on chaotic maps switch is proposed.
低保密水准的电子邮件 ：很多企业以为电子信函是保密通信，其实不然。
Poor emailing standards: Many businesses treat emails as confidential communications, but this is far from the case.
其中近红外单光子探测技术是实现量子保密通信的关键问题之一。
Near-infrared single photon detection is one of the key problems of realizing the quantum security communication.
混沌理论在网络保密通信领域中的应用已经向着实用化阶段迈进。
In the field of network security communications, the applications of chaos theory have already stridden forward to the practical stage.
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.
研究了不确定混沌系统自适应异构同步及其在保密通信中的应用。
The problem of adaptive heterogeneous synchronization of uncertain chaotic systems and its application in secure communication was studied.
经典的保密通信系统通常把通信的安全性建立在计算复杂性基础上。
Classic secret communication system employed at present usually base the security of communication on the arithmetic complexity.
介绍了在网络通信技术基础之上设计一个保密通信系统的关键技术。
The key technology is presented with which the secure communication system is designed based on network communication technology.
混沌系统或混沌信号的同步理论，是混沌应用于模拟保密通信的基础。
Chaos synchronization is the foundation of the application of chaos to analog secure communication.
光盘，光记录装置，光重放装置，保密通信方式或程序使用许可方式。
Optical disk, optical recorder, optical producing device, encrypted communication system, and authorizing system for use of program.
本文研究了一种新的混沌同步方法并将该方法应用于混沌掩模保密通信。
The author researches on a novel chaos synchronization method and its application to chaos secure communication system in this paper.
跳频通信是一种有效的保密通信方式，其关键在于使收发双方保持同步。
Frequency hopping communication is an effective method for secret communication, and its key step is synchronization.
该研究结果有助于序列密码算法在信息安全及现代保密通信设备中的应用。
This research is helpful to the application of stream cipher algorithm in information security and modern secure communication equipment.
在这种情况下，人们迫切需要寻求新的保密通信方法来确保网络的安全性。
In this kind of situation, the people are urgent need to seek the new privacy communication method to guarantee the network the security.
该方案利用现有不保密通信信道提供双用户或多用户之间的可靠保密通信。
This new system provides secure communication between bi-users and multi-users over an insecure communication channel.
本文基于未来海洋通信网络考虑，研究了用于水声通讯的实时保密通信系统。
Based on the maritime communications network, the real-time confidential communications systems used for acoustic communications are researched.
因此在卫星通信、数字移动通信、保密通信、语音邮件等方面都有广泛的应用。
Therefore it is widely used in the aspects of satellite communication, numeral mobile communication, privacy communication and pronunciation mail.
应用推荐