建立在数据率转换技术之上的宽带数字侦察接收机要求能够实现高截获概率、高灵敏度、近乎实时的信号处理能力。
Based on data rate conversion technology, wideband digital EW receiver is able to achieve high intercept probability, high sensibility and the ability of approximately real-time signal processing.
提出了概率约束的确定性等价转换方法。
The equivalent transformation approach is put forward for the probability constraint.
根据最终状态概率代表颗粒运动趋势的原理，砂床高度的变化应是床层表面颗粒运动状态转换的结果。
The probability of the final movement of grain can indicate its movement tendency, and the change of the sand-bed height can reflect the transformation status of grain movement.
分割问题可以被转换成一种最大后验概率估计问题。
Then the segmentation problem is formulated as Maximum a Posterior Probability (MAP) estimation rule.
推导了转换的概率流方程并给出了其定态解。
The commutative equation of probability flow is deduced and its definite solution is given.
采用逆概率删失加权分析(IPCW)模型以更好地评估转换治疗的相对治疗效果。
To gain better estimates of relative treatment effects in the presence of selective crossover, we used inverse probability of censoring weighted (IPCW) modeling.
新的语言值转换途径使语言值所对应的概率数量级合理化，避免了专家评价语言值的单一化。
The new language value conversion method could make the scalar grade of probability more reasonable, avoiding the simplification of expert's language value.
然后将第三章的两个模型分别推广到带常利率情形，利用模型转换和拉普拉斯变换得到了生存概率满足的关系式。
Then we obtained the equations of the survival probability of two risk models with constant interest which have studied in chapter three by means of Laplace transform and change of the model.
对于改进型中心极限定理法，用概率密度转换器对均匀分布的随机数做密度转换，然后再累加产生正态分布的随机数。
With new Central Limit Theorem, convert the uniform random number's probability density using probability density Converter, then add all generated random Numbers.
箭头代表两个状态之间的转换以及与该转换相关联的概率。
An arrow represents a transition between two states and the probability that is associated with the transition.
相关的概率分布显示，在转换中遵循能量定律。
The associated probability distributions display then, in turn, power law tails.
推导了疲劳许用应力范围计算公式和不同概率水平下疲劳应力的转换关系。
The permissible stress range formula and transfer factor of fatigue stress range were deduced.
讨论了航天器与碎片云碰撞概率的提法，介绍了不同碰撞概率间的转换方法。
The collision probability between spacecraft and debris clouds are studied. Different kinds of collision probabilities are mentioned, and methods to convert these probabilities are described.
然后，将输出分组流转换为连续时间的马尔柯夫链，分析了输出分组流的概率特性，并得到了输出排队长分布和充满缓冲器的概率。
Then output traffic stream is converted into continuous time Markov Chain, the probability Characteristics of output traffic stream are analysed and the output queues...
然后，将输出分组流转换为连续时间的马尔柯夫链，分析了输出分组流的概率特性，并得到了输出排队长分布和充满缓冲器的概率。
Then output traffic stream is converted into continuous time Markov Chain, the probability Characteristics of output traffic stream are analysed and the output queues...
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