提出了一种基于元胞自动机的电路故障传播概率模型。
A probability model of circuit fault propagation has been proposed based on CA.
如果有套感染艾滋病几率，传播概率就只有10万分之一！
If there are sets of probability of HIV infection, transmission probability of only 10 one ten thousandth!
对人和动物存在威胁的有机体扔在持续变异，适应环境并不断扩散；新疾病出现和全球传播的概率也在不断增加。
Organisms dangerous to people and animals continue to mutate, adapt, and spread, and opportunities for new diseases to emerge and travel globally are increasing.
本文讨论了脉动压强在缝隙内的传播规律、相关关系以及计算块体失稳的概率模式。
This paper presents the fluctuating pressure transmission along joints, the time and space correlation and the probabilistic mode in calculating the stability of the blocks.
LDCC码的和积算法译码方法可以进一步改进为局部概率传播译码方法。
This article shows that the sum-product decoding algorithm for the LDCC can be improved with a local probabilistic propagation algorithm.
即便是女性艾滋病病毒感染者结婚生育，由于母婴传播的概率在30%左右，仍有相当一部分婴儿将夭折于艾滋病。
Even women infected with HIV and reproductive marriage, as the probability of mother to child transmission around 30 percent, there is still a considerable number of babies will die in AIDS.
提出了一种带概率信息的故障传播模型及相应的故障源定位算法。
In this paper, A new kind of fault propagation model & an algorithm for finding source of fault are presented.
如果不进行任何干预，母婴传播的概率是35-45%，而经过成功的母婴阻断治疗，可以把这个概率下降到2%以下。
Without any intervention, the probability of mother to child transmission is 35-45%, after the success of the block mother-to-child treatment, the probability can be reduced to below 2%.
比较而言，学习矢量量化网络和概率神经网络在分类能力方面要比反向传播网络好一些，概率神经网络在计算负载方面比学习矢量量化网络要更胜一筹。
By comparison, LVQ network and PNN network are better than BPN network in classification ability, and PNN network is better than the others in computation load.
国家卫生计生委称，经过公共卫生官员及专家的评估，由于近期温度较低，这例输入性寨卡病毒进一步扩散传播的概率极低。 。
Thee NHFPC said that according to evaluation by public health officials and experts, the risk of further spreading of the virus due to this imported case is extremely low due to low temperature.
哺乳传播的低概率是因为母乳中病毒含量很低。
The low efficiency of breast milk transmission is due mostly to the small amount of infectious virus in milk.
哺乳传播的低概率是因为母乳中病毒含量很低。
The low efficiency of breast milk transmission is due mostly to the small amount of infectious virus in milk.
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