1) stego-key
伪装密钥
1.
The introduction of stego-key increases robustness and security of LSB.
文中结合信息隐藏技术的相关知识,对LSB算法进行了仿真和进一步分析,验证了LSB算法的特性,引入伪装密钥增强了算法的鲁棒性和安全性。
2) key compromise impersonation attack
密钥泄露伪装攻击
1.
Researches show that the protocol can not resist the key compromise impersonation attack.
研究结果发现,该协议不能抵抗密钥泄露伪装攻击。
3) key encapsulation
密钥封装
1.
A design of subminiature key recovery server is achieved in this paper by the technology of key encapsulation and intelligent card, which comes to the design target—easy in collocation, inexpensive in cost, and reliable in project so that it can be applied in most small scaled situations.
利用密钥封装方式及智能卡技术实现了一个微型密钥恢复服务器的设计,达到了系统配置要求最低、成本低廉、安全可靠的设计目标,适合大多数小型应用场合。
2.
There are two kinds of traditional key recovery: key escrow and key encapsulation.
传统的密钥恢复主要有两种类型:密钥托管和密钥封装。
3.
This paper proposes a key encapsulation scheme with fingerprint biometric.
文中提出一种利用指纹生物特征进行密钥封装的方案。
4) fake personal key attack
伪造私人密钥破译
5) KEM
密钥封装机制
1.
A key transport protocol through key encapsulation mechanism (KEM) is presented for key establishment in IPSec,the security protocol in IP layer.
提出在网络层的安全协议IPSec中引入密钥封装机制(KEM),通过密钥传输实现IPSec密钥建立。
6) electronic key loading device
电子密钥装填器
补充资料：战役伪装(见伪装)
战役伪装(见伪装)
campaign camouflage
盆罢盘鉴，zhuQng.叹供脚衣气camPalgn camoutlage)见伪装。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条