geometric distribution

英 [ˌdʒiːəˈmetrɪk ˌdɪstrɪˈbjuːʃn] 美 [ˌdʒiːəˈmetrɪk ˌdɪstrɪˈbjuːʃn]

网络  幾何分布; 几何分布; 几何分配

计算机



双语例句

  1. About the Researches on High Order Moments of Geometric Distribution
    关于几何分布高阶矩的计算问题的研究
  2. Geometric distribution of the force chains in the two-dimension granular system with point defects
    点缺陷对二维颗粒系统力链几何分布的影响
  3. Estimation of the Parameter of Geometric Distribution under Type-ⅱ Censoring The Tail Behaviour and the Parameter Estimation of Pareto Distribution of the Second Kind
    定时截尾情形下几何分布参数的估计ParetoⅡ型分布的尾部特征及其参数估计
  4. A class of discrete type random variable probability distributions, called negative geometric distribution and negative hypergeometric distribution, are discussed.
    本文研究了一类离散型随机变量的概率分布,称之为负几何分布和负超几何分布。
  5. Recursive Formula of the Nth Moment of Binomial, Poisson Distribution and Geometric Distribution
    关于二项分布、Poisson分布和几何分布的高阶矩的递推公式
  6. The Statistical Analysis of Series-Parallel System Products with Geometric Distribution under the Full Sample
    全样本几何分布串-并联系统产品的统计分析
  7. The Statistical Analysis of Geometric Distribution with Censored Sample Based on Tampered Failure Rate Model under the Step-Stress Accelerated Life Testing
    几何分布截尾样本场合步进应力加速寿命试验TFR模型下的统计分析
  8. We point out the similarity and difference between the properties of the order statistics from the geometric distribution population and exponential distribution population.
    几何分布总体次序统计量性质与指数分布次序统计量性质的比较,着重说明其相似和差异性。
  9. An Extention for Geometric Distribution The Estimation of Reliability for Geometric Distribution
    几何分布的一个推广几何分布可靠度的估计
  10. Spatial directional relation is one of the basic spatial constraints which represent geometric distribution relations of spatial objects.
    空间方向关系是一类描述空间目标间位置分布的基本空间约束。
  11. The tampered failure rate model is applied to the discrete life distribution occasion for the first time. In this article, the maximum likelihood estimates of the parameters for geometric distribution based on type ⅱ tampered failure rate model under simple step-stress accelerated life testing are derived.
    首次将损伤失效率模型应用于离散型寿命分布场合,给出了TFR模型几何分布产品简单步加试验下参数的极大似然估计。
  12. The statistical analysis of geometric distribution.
    第二、几何分布产品的可靠性统计分析。
  13. Based on the occurrence, geometric distribution and the stress status of naturally fractured formations, the calculation models for hydraulic fracturing initiation pressure were established. The identification methods for hydraulic fracturing initiation mode and initiation pressure were obtained.
    根据天然裂缝产状和地层地应力状态,建立了水力裂缝3种起裂方式的起裂压力计算模型,给出了水力裂缝起裂方式和起裂压力的判别方法。
  14. Aiming at the geometric distribution characteristics of fracture and fractured water flow and the unsteady process of pump-in-test, the dimension n is introduced to establish the formulae of unsteady well flow for fractured water flow of arbitrary dimension under pump-in-test condition;
    该文针对裂隙及裂隙水流的几何分布特征和压水试验的非稳定过程,引进维数n来建立压水试验条件任意维数裂隙水流的非稳定井流公式;
  15. In this paper we study a discrete-time repairable queueing system with Markovian arrival process. Provided that the lifetime of server follows a geometric distribution, the service time and the repair time follow a discrete phase type distributions.
    本文研究了具有马尔可夫到达过程的离散时间可修排队系统,假定服务台寿命服从几何分布,服务台对顾客的服务时间和服务台的修理时间均服从离散位相型(PH)分布。
  16. This article is composed of two parts: the statistical analysis for geometric distribution and the statistical analysis for Weibull distribution as well.
    本文由几何分布产品的统计分析和Weibull分布产品的统计分析两篇组成。
  17. In this paper, we prove two geometric distribution characterizations of the number of renewals in random interval for a discrete renewal process, which is closely related to a discrete queuing system with an unreliable server.
    本文证明了离散更新过程在随机区间内的更新次数的两个几何分布特征,这一结果与不可靠服务员的离散排队系统密切相关。
  18. These strong laws contain some limit properties of the sequence of integer-valued random variables, concerning relative entropy density and the entropy function of geometric distribution.
    在此子集上得到了一类用不等式表示的强律,其中包含整值随机变量序列与相对熵密度及几何分布的熵函数有关的若干极限性质。
  19. Based on the study of the existed controller area network ( CAN) communication models, a new error model based on Poisson process and geometric distribution is set up in this paper. The relations between model parameters and transmission bit error rate are presented.
    在研究了控制器局域网络(CAN)通讯模型的基础上,提出了一种新的基于Pois-son过程和几何分布的错误统计模型,并分析了模型参数与节点发送误码率的关系。
  20. Products 1. The statistical character for geometric distribution.
    第一、几何分布产品的统计特征。
  21. In this paper, we consider a Sparre Andersen risk model with geometric distribution of claim inter-occurrence times. The claim size distribution can be a general discrete distribution.
    本文研究了索赔到达间隔服从几何分布、索赔额分布为一般离散分布的SparreAndersen风险模型。
  22. The statistical analysis of discrete Weibull geometric distribution
    离散Weibull分布产品的统计分析
  23. Theoretical performance analysis of this protocol with the message length given by the geometric distribution, based on Markov Chain theory, is presented.
    建立在马尔可夫链理论基础上,对报文长度服从几何分布的令牌总线协议进行了理论分析。
  24. By introducing the conception of compatible target trajectories, this paper analyzes compatible trajectories 'geometric distribution of three-dimensional N-order dynamics target under the different observation information condition and also shows that Doppler measurements are equivalent to arrival time difference measurements.
    引入相容目标轨迹的概念,分析了三维N阶运动目标在不同观测信息条件下的相容轨迹的几何分布,并证明多普勒和到达时差观测是等价观测量。
  25. The Statistical Analysis of Geometric Distribution and Weibull Distribution
    几何分布和Weibull分布产品的统计分析
  26. Parameter Estimation for Geometric Distribution and Its Application
    几何分布的参数估计及应用
  27. Interval estimations of parameters for geometric distribution and research of statistical approach
    几何分布参数的区间估计和统计贴近性研究
  28. Global navigation satellite systems have been revolutionizing in surveying, geodesy, navigation and other position fields. However, there are two intrinsic shortcomings in such satellite-based positioning systems: signal attenuation and dependence on the geometric distribution of the satellites.
    全球导航卫星系统已经引起了测量、测地、导航和其他与定位相关的学科的革命,但是卫星导航定位系统有两个内在的弱点:信号衰减和定位结果依赖卫星的几何布局。
  29. These strict rules guarantee the geometric distribution of data chunks, and thus minimize the delay for data distribution.
    这种严格按照优先级的数据传输策略保证了数据分发的几何级数增长,从而最小化数据传输延时。
  30. Based on the face recognition, the eyes experience characteristics and geometric distribution as well as the golden eye position is applied to realize the eye location simply and ingeniously, which is prepared for eye position judgment.
    在人脸识别的基础上,利用眼睛的经验特点和几何分布特征,根据眼睛所处的黄金分割位置,简单巧妙的实现了人眼的定位,为眼部位处理判断作了准备。