1) fault tolerance measure
容错性度量
2) The Measure of Consistency
相容性度量
3) fault-tolerant scheduling
容错调度
1.
In order to predict more accurately whether the primary version of the fault-tolerant scheduling algorithm in software fault-tolerant model is executable,a new algorithm named prediction-table based algorithm(PTBA) is put forward,in which the executing situation of tasks between the current time and the notification time of alternate version is fully considered.
为了更精确地预测软件容错模型中的容错实时调度算法主部分可否执行,提出了基于预测表的容错调度算法(PTBA)。
2.
Then,a fault-tolerant scheduling strategy based on rollback recovery and BF algorithm was proposed to remove transient fault of system.
在此基础上,进一步提出了基于回卷恢复机制的容错调度策略,通过对瞬时故障的容错恢复,提高数控系统运行的可靠性。
3.
To schedule the on-board task in the on-board heterogeneous computer,a fault-tolerant scheduling algorithm with high priority recovery(OHFSA) for on-board computer systems was proposed by giving the fault-tolerant scheduling model.
为了在星载异构容错计算机上调度星载任务,在给出了星载计算机系统的容错调度模型的基础上,提出了一种星载计算机系统高优先级恢复容错调度算法(OHFSA),该算法通过引进可靠性代价量化了容错系统在维护容错调度时所需要的开销,并在调度过程中充分考虑了容错调度的实时性和低可靠性代价。
4) fault tolerance
容错度
1.
Decentralized H_∞ control and fault tolerance for large-scale descriptor symmetric composite systems;
广义对称组合大系统的H_∞分散控制和容错度
2.
It is of node symmetry and has fault tolerance h+1 .
它是节点对称的且有最优容错度h +1。
3.
In the last part of the thesis, we define a new graph parameter: edge fault tolerance of super edge connectivity of graphs.
最后,我们提出一种新的图参数:super-λ图的边容错度。
5) Fault-Tolerant Margin
容错裕度
6) fault-tolerance performance
容错性能
1.
Assessment on fault-tolerance performance using GA-NN model for fault diagnosis in transmission and distribution systems;
GA-NN模型在输配电系统中诊断容错性能的评估
2.
In order to enhance the fault-tolerance performance(FTP)of the fault diagnosis system,the extend- ed fault samples considering the distortion of fault information because of stochastic factors are used in the fault- tolerance training of neural network(NN).
为提高故障诊断系统的容错能力,提出了将故障信息受随机因素畸变的扩展故障样本集引入神经网络(neural network,NN)的容错训练,以提高NN的容错性能,通过基于蚁群优化算法(ant colony optimization algorithm,ACOA)和遗传算法(genetic algorithm,GA)构造2种优化NN,用于高压输电线系统和配电网故障诊断,并进行容错性能的评估。
补充资料：可公度量和不可公度量
可公度量和不可公度量
ommensulble and incommensuable magnitudes (quantities)
可公度t和不可公度t【~e璐u由lea目in~men-su.ble magultodes(quanti柱es);“洲口Mel娜M毗“”“”-113Mep目M曰e肠eJ皿，一皿曰』 如果两个同类量(例如两个长度或两个面积)具有或不具有公度(common measure，即另一个同类量，所考虑的两个量都是这个量的整数倍)，则相应地称这两个量为可公度量或不可公度量.正方形的边长和对角线，或圆的面积和丫的半径的平方，都是不可公度量的例尹.如果两个量是可公度的，则‘l艺们的比是有理数;相反，不可公度量忿比是无理数、
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