1) two-terminal reliability
二终端可靠性
2) terminal-pair reliability
终端对可靠性
1.
Evaluation method for terminal-pair reliability in undirected networks with unreliable Nodes;
具有不完全可靠节点的无向网络终端对可靠性评价方法
2.
By transforming the representation of network models, we propose an improved algorithm for terminal-pair reliability in communication networks with unreliable node.
通过改变网络模型的表示方式,提出了一种考虑节点失效的通信网终端对可靠性改进算法。
3.
And a method to calculate the terminal-pair reliability in mesh networks is brought forward.
为了对固定无线Mesh网中可用路径多样性带来的可靠性进行评价,将有线网络可靠性算法和无线网络传输模型结合,提出一种Mesh网终端对可靠性计算方法。
3) K-terminal reliability
K-终端可靠性
1.
This paper gives an K-tree algorithm for computing K-terminal reliability in complex networks.
给出了计算网络K-终端可靠性的一种K-树拆法,用这种方法,计算复杂网络K-终端可靠性时,不用求出全部K-树,从而有效地提高了计算速度。
4) two-terminal reliability
2-终端可靠性
1.
In order to evaluate mobile Ad hoc network reliability,this paper presented a method for evaluating the two-terminal reliability in mobile Ad hoc network(MANET-RC),based on considering these factors of the failures of nodes and links in addition to the dynamic of network connectivity caused by nodes\' mobility.
为了评估移动Adhoc网的可靠性,综合考虑节点移动性引起的动态连接以及网络组件故障的因素,提出一种移动Ad hoc网的2-终端可靠性计算方法(MANET-RC),并得到量化表达式。
5) all-terminal reliability
全终端可靠度
1.
Overall annealing GA design of networks based on all-terminal reliability;
基于全终端可靠度的网络整体退火GA设计
6) index of all terminal unreliability
全终端不可靠度
1.
Let P(G,ρ) denote the index of all terminal unreliability of a probabilistic graph G in which vertices are perfectly reliable while edges fail independently with a fixed probability ρ∈(0,1),that is,the probability that G becomes disconnected because of failure of some edges.
用P(G,ρ)表示顶点完全可靠,而边则以概率ρ∈(0,1)相互独立地出现故障的图G的全终端不可靠度,即G因边故障而变得不连通的概率。
补充资料：必然性，可靠性
必然性，可靠性
certainty
必然性，可靠性[沈r侧nty;月oeToaep毗T‘] 预先确信某事件毫无疑问会实现.必然性是某事件可实现性的特征，且标上了最高水平的概率.在概率论中，必然性的概念是与必然事件(certain event)和以概率l出现的事件相联系的.在实践中，只要某事件的概率充分接近于1，人们就称之为必然性事件.
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