查询词典 probability of happening
- 与 probability of happening 相关的网络例句 [注:此内容来源于网络,仅供参考]
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An impossible event has a probability of exactly 0, and a certain event has a probability of 1, but the converses are not always true: probability 0 events are not always impossible, nor probability 1 events certain.
一个'不可能'事件其机率值为0,而'确定'事件其机率值则为1。但反推并不成立,也就是说机率值为0的事件不表示它就是一个'不可能'事件,同理,机率值为1的事件不表示它就一定发生。
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An ''impossible'' event has a probability of exactly 0, and a ''certain'' event has a probability of 1, but the converses are not always true: probability 0 events are not always impossible, nor probability 1 events certain.
但反推并不成立,也就是说机率值为0的事件不表示它就是一个'不可能'事件,同理,机率值为1的事件不表示它就一定发生。
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Based on the interval probability and the second fuzzy probability, go a step further the definition and characters of random variables with the third fuzzy probability and the fuzzy distribution function and fuzzy probability distribution sequence were put forward.,the definition and characters of mathematical expectation and variance were studied also.
在区间概率和第二类模糊概率的基础上,进一步给出了具有第三类模糊概率的随机变量及其模糊分布函数和模糊分布列的定义和性质,并研究了模糊概率随机变量的模糊数学期望和模糊方差的定义和性质,进一步完善了模糊概率理论。
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In the meantime, a new relation between the coefficient of variation for a normal variate and its sample size is achieved, where the probability to make mistake Ⅱ is considered 5 The probability distribution of fatigue strength at given life under large sample size determined by a new method is found to follow the log-normal distribution and normal distribution, and a new method are developed to estimate the characteristic parameters of probability distribution of fatigue strength from the probability distribution of traditional tensile properties.
根据P-S-N曲线的要求,采用概率统计方法,导出了考虑犯Ⅱ类错误的概率时获取给定精度P-S-N曲线所需的最少子样容量,引入了不同方法获取的P-S-N曲线结果是否趋同的判别标准,得到了P-S-N曲线的寿命求解法和系数求解法获得趋同结果的条件。 5)研究了大子样条件下指定寿命时疲劳强度的概率分布,并提出了根据拉伸性能的分布估算材料疲劳强度概率分布参数的一种方法。
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The output probability distribution of charge carrier multiplier structure from the electron multiplying charge-coupled device and its influence on image uniformity are studied. The probability model is established for the CCM structure of EMCCD. And based on the probability generating function and its properties, the probability distribution function of multiple CCM stages is deduced and its application in improving image uniformity is also discussed.
为了研究电子倍增电荷耦合器件中电荷载流子倍增结构的输出概率分布及其对图像均匀性的影响,建立了EMCCD中CCM结构的概率模型,利用概率生成函数推导了多级CCM倍增结构的输出概率密度函数,讨论了PDF在提高图像均匀性中的应用。
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Secondly, by establishing a discrete time Markov model with spatial reuse for a MANET, we analyze the performance of the network under the AODV routing protocol. The average route length and the probability to communicate within a limited hop distance are obtained. Several performance parameters of the route discovery and route maintain process are analytically studied, such as the probability generating function and the expectation of the flooding distabce. the probability that a route is discovered by a query packet with a "hop limit", the probability that a request packet finds a valid route, the average time needed to discover a valid route and the cost to successfully route a data packet to its destination. Furthermore, we present a concrete example based on the transmitter characteristic of directional antennas and obtain the corresponding results.
建立了移动自组网络空间可重用的离散时间马氏链模型,得到了AODV路由协议下网络任意两节点间的平均路由长度、在指定"跳限"要求下通信的概率;对随选型路由协议下路由发现和路由维护过程中若干网络性能参数进行了解析分析,如网络中任意两节点问的泛洪距离的概率母函数及其期望、限定泛洪步数时成功寻路的概率、发现一条有效路由的平均时间、成功路由的代价等;并基于定向天线的发射特征给出了一个具体实例,分析计算了相应的网络性能参数。
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This paper introduced the appliance of probability and statistics in reality,including classical model,formula of total probability, normal distribute,mathematics expectation and the central limit theorem.While it also discusses the widely uses of probability and statistics and the close relationship with the real life.Therefore,it lays the theoretical foundation for the practical uses with probability and statistics,and the basis of mathematics model.
本文介绍了概率统计的某些知识在实际问题中的应用,主要围绕古典概型,全概率公式,正态分布,数学期望,极限定理等有关知识,探讨概率统计知识在实际生活中的广泛应用,进一步揭示概率统计与实际生活的密切联系,为应用概率知识解决实际问题,数学模型的建立,学科知识的迁移奠定一定的理论基础。
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It's happening to Scotland, it's happening to Northern Ireland, in many ways you could say it's even happening to Eire, though they have still got some very good players.
"苏格兰现在就是这样。北爱也是,当然从某种程度上来说爱尔兰也是这样,尽管他们拥有很多优秀的球员。"
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According to analysis and reference from colour source,this paper points out that it is indispensable and with sufficient reasons to define Happening Colour.It enumerates familiar expressions about Happen- lug Colour and analyzes its colour character.It compares Happening Colour with traditional colour about colour relation,colour concept,the mode of colour management and the method of colour using.It explains realizingly that Happening Colour has very important innovational significance and application val...
Design colour ; Natural colour ;本文根据对色彩来源的分析和借鉴,提出了偶发性色彩定义的理由和必要性,列举了偶发性色彩常见的表现形式并分析其色彩特征,比较了偶发性色彩在色彩关系、色彩观念、色彩管理模式、用色方法等方面与传统设计色彩的差别,明确了偶发性色彩在当代设计领域所具有的创新意义和值得挖掘的应用价值,完善了偶发性色彩的界定标准。
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In this algorithm, the direction-of-arrival is assumed to be a discrete random variable with a priori probability density function defined on a set of candidate points. Whether or not the secondary sample is required is based on the a posteriori probability distribution of a set of candidate point"s, which can be calculated from the array received signals. And then, the resulting beamformer is a weighted sum of the beamformers pointed at the latest set of point"s, which are combined according to the value of the a posteriori probability for each pointing direction.
在该算法中,期望信号的波达方向被看作是一个定义在若干候选波达方向上的离散随机变量,由阵列接收信号计算出各候选波达方向的后验概率,并将后验概率的分布作为是否需要进行二次采样的判断标准;随后,对各波达方向上的波束成形权值线性加权,便可得到自适应波束成形器,权系数为各候选波达方向的后验概率值。
- 相关中文对照歌词
- It's Happening!
- Find Out What's Happening
- What Is Happening?
- Happening
- Stat-60
- The Happening
- What's Up, What's Happening
- Cough Cough
- Strange Things
- The Best Thing
- 推荐网络例句
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He paid $5,000 for this cupcake.
他我这个纸杯蛋糕花了5000美元。
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I mean, if you want to, that is
我的意思是,如果你们想吃的话。
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In addition to his fee, he would be awarded an unaltered clone of himself.
除了费用,他将获得一个不作任何改造的克隆体。