1·This paper makes a tentative discussion from probability and mathematical statistics, and provides individual views.
本文从概率与数理统计的角度对此作了初步的讨论，并提出了个人的看法。
2·The series formulas of conditional probability are important points in the Probability and Mathematical Statistics course.
条件概率系列公式是“概率论与数理统计”课程的重要知识点。
3·I have been teaching courses such as Calculus, Linear Algebra, and Probability and Mathematical Statistics in the institute for more than twenty years.
所学专业是应用数学，主要教授《微积分》、《线性代数》、《概率论与数理统计》课程。
4·This paper introduces the background, thinking, methods and measures to be adopted in the teaching reform on "Probability and Mathematical Statistics".
文章介绍作者在《概率论与数理统计》教学方面进行教学改革的背景、思想、方法和所要采取的措施。
5·According to the viewpoints of the probability and mathematical statistics, critical duration, critical activity and critical line are re - defined, and particular method is put forward for it.
并提出解决问题的三种具体措施，从概率论与数理统计的角度，对关键线路和关键工作进行了重新定义和确定的方法。
6·Finally several parameters for second generation infrared hot-box alarm criteria are determined by means of the probability theory and the mathematical statistics.
运用概率论和数理统计方法，确定了第二代红外线热轴判别标准的几个主要参数的计算机算法。
7·Mathematical statistics (also called statistical theory) is the branch of applied mathematics that USES probability theory and analysis to examine the theoretical basis of statistics.
数理统计(也称为统计理论)是应用数学分支，利用概率论和分析研究的理论基础的统计数据。
8·Random phenomena are the object of study of probability theory and mathematical statistics, and random matters and their probabilities are the basis of probability theory and mathematical statistics.
概率论与数理统计的研究对象是随机现象，而随机事件及其概率是概率论与数理统计的基础。
9·This article presents five concise proofs of theorems on probability theory, mathematical statistics and stochastic processes. The proofs are more comprehensible and simpler than conventional ones.
本文裒集概率论、数理统计、随机过程若干定理的简捷证法，共五款。
10·Using probability theory and mathematical statistics, probabilistic model on randomicity of the dynamic stability analysis system are built.
应用概率论和数理统计方法，建立了无缝线路动力稳定性分析系统中的随机不确定性的概率模型。