而且随着热震次数的增加，在陶瓷层局部区域，各种方向的裂纹交织在一起。
As the the number of thermal shock increasing, in the partial region of ceramic layer, the crack in all directions interweaved together.
再建立局部随机策略来计算堵塞时间，并应用排队论方法计算堵塞次数和平均堵塞时间。
Then, local stochastic strategy modeled to calculate interfering time. In addition, let queue to compute times of interference and average interfering time.
提出了一个基于协作能力的局部负载迁移方法，定义了以负载迁移成功和失败次数为参数的协作能力估计函数。
The local load migration is based on the reciprocity capacity which is defined with the number of successful and failing migration.
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