1)  bivariate distribution
二维联合分布
2)  two-dimensional
二维
1.
Analysis of the effect on two-dimensional transport-burnup calculation of dual-cooled waste transmutation blanket for FDS-I;
聚变驱动次临界堆输运燃耗计算二维效应分析研究
2.
Two-dimensional laser diameter detector;
JCJ-IIT二维激光测径仪
3.
Discussion of two-dimensional projective correspondence and perspective correspondence;
二维射影对应与透视对应的探讨
3)  two-dimension
二维
1.
Fabrication of ordered two-dimensional metal nanoparticle arrays;
二维金纳米微粒有序阵列的制备
2.
The Practice of Two-dimension Rights Control in the Road Transportation Management System;
二维权限设置在道路运输管理系统中的实现
3.
The study and the application of two-dimension water flow and sediment mathematical model in the river;
天然河道水沙平面二维数学模型研究
4)  2d
二维
1.
2D unstructured dynamic mesh research on store separation;
外挂物投放问题的二维非结构动态网格技术研究
5)  Two dimensional
二维
1.
High accuracy algorithm of numerical solutions of two dimensional hammerstein equations;
二维Hammerstein方程数值解的高精度算法
2.
The study on large scale two dimensional Bin Packing Problem and its tabu search algorithm;
大型二维装箱问题及其禁忌算法研究
3.
Comparing of results of two dimensional, quasi three dimensional and three dimensional models for groundwater;
地下水流二维、准三维及三维模型模拟结果比较
6)  two dimension
二维
1.
Preparation of one dimension, two dimension and three dimension Si- based nanowires;
一维,二维和三维Si基纳米线的制备
2.
The two dimension seshima and the three-dimension window;
二维的妹岛 三维的窗
3.
Theorem for approximation by two dimension Meyer - K■nig and Zeller Operators;
二维Meyer-Knig and Zeller算子的逼近定理
参考词条
补充资料:联合分布


联合分布
joint distribution

  联合分布[州成由右七‘叨;eosMec,oe pacnp叭e“e““el 定义在同一概率空间上的多个随机变量的分布.设x,,…,戈是定义在概率空间(pro加bilitysP即e)(Q,.风P)上并分别取值于可测空间(刀℃留幽决sP-ace)(王*,刃*)(l簇k(n)的随机变量·这些随机变量的联合分布是集合B.6、熟,…,B。‘气的函数,定义作 px,,.x,(B,,‘二,B。)=p{Xl CB、,二,xn‘B。}.与联合分布相联系,人们还论及联合分布函数(joint曲tribu石onfu几无on)和联合概率密度(joint pro恤bilitydensity). 如果X,,…,戈是通常的实随机变量,则它们的联合分布是在”维Eudid空间(见多维分布(m阎tl-面优比沁nal曲tribu石on))R”中随机向量(戈,…,戈)的分布.如果X(t)(踌T)是一个随机过程,则对于t.,…,t。‘T,变量X(t:),.二,X(t。)的联合分布称之为随机过程X(t)的有限维分布.(lhale~djnrnsio侧习dis州butions).
  
说明:补充资料仅用于学习参考,请勿用于其它任何用途。