1.
Group Key Management Protocol by Using Geometric Approach and Binary Key Tree
基于几何方法与二叉密钥树的群组密钥管理
2.
IEEE 802.11i GTK update scheme based on improved Logical Key Hierarchy
基于逻辑密钥树的IEEE802.11i GTK更新方案
3.
Tree-Based Group Key Agreement Protocols in Ad Hoc Networks
Ad Hoc网络中基于树的群密钥协商协议
4.
Adaptive Huffman tree scheme for multicast rekeying
自适应Huffman树组密钥更新方案
5.
Efficient distributed group key management scheme using a one-way function tree
基于单向函数树的高效分布式组密钥管理方案
6.
Dynamic secure group key agreement based on n-ary trees
基于n叉树的动态安全群密钥协商协议
7.
Allow key exchange only with key encryption (key encipherment)
只在密钥加密时允许密钥交换(密钥译码)
8.
Allow key exchange without key encryption (key agreement)
在密钥不加密时允许密钥交换(密钥协定)
9.
"Generating cryptographic key and setting key protection...
"正在生成加密密钥并设置密钥保护...
10.
The private key system is also called the single key system, in which the encryption process is the same as the decryption process.
私钥体制又称单钥体制,其加密密钥和解密密钥相同;
11.
encryption with an 80-bit key
加密，使用 80 位密钥
12.
- Public key encryption and authenticatio
公开密钥加密与验证
13.
Public Key Cryptography
公共电子密钥加密法
14.
"Use this string to protect the key exchange (preshared key):
"此字串用来保护密钥交换(预共享密钥):
15.
master key variant key data set
主密钥的变形密钥数据集
16.
Certificates and Private Keys (Personal Key Database)
证书和专用密钥 (个人密钥数据库)
17.
Data that is encrypted with the public key can be decrypted only with the private key.
用公钥加密的数据只能够被私钥解密。
18.
No encryption key is available. A well-known encryption key was returned.
没有可用的加密密钥。返回了一个已知加密密钥。