1) regeneration density
更新密度
2) rekey
密钥更新
1.
A new method of secure multicast rekeying based on hyperball;
基于超球形的多播密钥更新方法
2.
Group rekey is triggered by the managers in the lower layer.
和已有的方法相比,HPNSM可以避免多播管理者单点失效问题,减少密钥更新代价,并具有较强的可用性。
3) rekeying
密钥更新
1.
Research and implementation of group key management in batch group rekeying;
批量密钥更新中密钥组织方法的研究与实现
2.
A Rekeying Algorithms for Dynamics Multicast;
一种动态组播的密钥更新算法
3.
A study of the batch rekeying for multicast security;
多播安全中批量密钥更新问题研究
4) re-keying
密钥更新
1.
EAwLKHT:energy-aware multicast re-keying scheme in Ad Hoc networks;
Ad Hoc网络能量意识组密钥更新方案EAwLKHT
2.
Algorithms of Re-keying in Network & their Implementation;
网络安全中密钥更新算法研究与实现
3.
While the efficiency of re-keying is a main factor that influences the performance of secure multicast, grouping keys into logical tree and re-keying for users change are effective ways to improve the efficiency of re-keying and reduce the burden of key management and network.
该机制简化了成员变化时的密钥更新 ,具有良好的扩展性和密钥更新效
5) key update
密钥更新
1.
According to the key update algorithm used in this solution,updated keys.
该文提出了一种组播组内多个组播会话共享密钥树的密钥更新方案,使更新开销与组播会话数量无关,有效解决具有多个组播会话组播组的密钥更新效率低下的问题。
2.
And key update is one of the important problems in this subject.
而组播密钥更新是其中的一个热点问题。
3.
The work process and the key update mechanism while members changed of the group key agreement based on tree and threshold scheme is concisely analyzed.
简要分析了基于树结构与门限思想的组密钥协商协议的工作步骤及群组成员变动的时的密钥更新过程,经过分析发现TTS协议在密钥更新阶段存在攻击者重放或篡改发起者所广播消息的安全漏洞。
6) key-updating
密钥更新
1.
Improved pairwise key-updating scheme for wireless sensor network
无线传感器网络中一种改进的对密钥更新方案
2.
Then a 3-way handshake key agreement protocol with message authentication and a period key-updating protocol are proposed.
提出了一种采用三次握手和带消息认证的密钥协商协议,以及周期密钥更新协议。
3.
This paper proposes a reliable pairwise key-updating(RPKU) scheme for clustered WSNs via predistribution and local collaboration approaches.
提出了一种基于预分发和协作的可靠的对密钥更新方案RPKU(reliable pairwise key-updating)。
补充资料：非密度制约因素(见密度制约因素)
非密度制约因素(见密度制约因素)
l焦非密度制约因素见生态因素、密度制约后
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