通过对基于主动响应和基于冗余两种提高系统可生存能力方法的研究分析的基础上，提出了可生存系统的分层冗余结构模型。
The survivable system model is put forward based on heterogeneous redundancy on the basis of comparing the active response method and the method based on redundancy.
通过不同的状态反馈控制研究了一个二维种群模型的永久持续生存问题，得到一些使被研究系统永久持续生存的充分条件。
The permanence of a two - species model are investigated by different state-feedback controls. Some sufficient conditions which make the model in question permanent are obtained.
提出一种对模式识别与人工智能系统都适应的生存期模型—树状模型。
A life period model of pattern recognition and artificial intelligence systems-tree structure model is put forward in this paper.
基于不同的冗余技术对网络系统进行分类并分别建立随机数学模型，提出了基于不同应用需求的可生存性的定量评估方法。
Network systems are sorted according to the redundancy techniques adapted and corresponding stochastic models are constructed, survivability based on different application requirement are evaluated.
方法建立小鼠系统性白念珠菌感染模型，观察给药后小鼠中位生存时间，并检测给药后小鼠肾脏菌落形成单位计数。
Methods a mouse model of disseminated candidiasis was established and the survival rate and median survival time after administration of agent were detected.
本文从这四个阶段给出了对抗过程中武器系统生存能力的动态描述，并分析了各个阶段的计算模型。
To study the offense-defense confrontation process of joint stand-off missile weapon systems, the computing simulation method is used.
本文从这四个阶段给出了对抗过程中武器系统生存能力的动态描述，并分析了各个阶段的计算模型。
To study the offense-defense confrontation process of joint stand-off missile weapon systems, the computing simulation method is used.
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