查询词典 estimable hypothesis

In this paper , we combine both Efficient Market Hypothesis and Fractal Market Hypothesis to test our bond markets return distribution , the main results are that the index of Chinese bond market process by fractional Brownian Motion, the orbit is stable Pareto Distribution with α character So, the fractal market hypothesis is more suitable than the efficient market hypothesise

本文结合有效市场假说与分形市场假说理论，通过对我国证券市场中收益率的分布收入研究发现：中国股票市场是以分数布朗运动方式进行的，所形成的运动轨迹呈现出典型的α＜2的稳定帕雷托分布。因此，应该说，&分性市场假说&比&有效市场假说&更适用于中国股票市场。

The first hypothesis, from the perspective of bioenergetics and metabolic energy, we firmly believe that microbial cells are convertor of metabolic energy; the second hypothesis, from the perspective of biochemistry and metabolism, we firmly believe that microbial cells are biological and chemical reactors and biological materials processor; the third hypothesis, from the perspective of bioinformatics, we firmly believe that microbial cells are bio-informatics encoder, information sensor and information processor.

第一假说从生物能学和代谢能对生命活动的支撑的角度认定微生物细胞是代谢能转换器，第二假说从生化学和代谢的角度认定微生物细胞是生化反应器和生物材料加工器，第三假说从生物信息学的角度认定微生物细胞是生物信息编码器、信息传感器和信息处理器。

The first hypothesis, from the perspective of bioenergetics and metabolic energy, we firmly believe that microbial cells are convertor of metabolic energy; the second hypothesis, from the perspective of biochemistry and metabolism, we firmly believe that microbial cells are biological and chemical reactors and biological materials processor; the third hypothesis, from the perspective of bioinformatics, we firmly believe that microbial cells are bio-informatics encoder, information sensor and information processor.

第一假说从生物能学和代谢能对生命活动的支撑的角度认定微生物细胞是代谢能转换器，第二假说从生化学和代谢的角度认定微生物细胞是生化反应器和生物材料加工器，第三假说从生物资讯学的角度认定微生物细胞是生物资讯编码器、资讯感测器和资讯处理器。

We get the necessary and sufficient conditions about admissibility for linear estimators of estimable function among the inhomogeneous linear class.

利用矩阵的向量化方法，研究了带线性约束的增长曲线模型中可估函数的线性估计在非齐次线性估计类中可容许的充要条件。

Finally, the superiorities of the linear estimator of estimable function for regression coefficients are discussed in non-full rank case.

最后，讨论了当设计阵为非列满秩时，回归系数的可估函数的一类线性估计的优良性。

As to the linear minimax estimators of estimable function in the linear model, Xu Xingzhong and Yu Shenghua have done some improved research.

对于线性模型可估函数的线性Minimax估计问题，徐兴忠、喻胜华等已作出了比较完善的研究。

Chapter Four deals with the linear admissible minimax estimators of linear estimable function of parameter matrix in the given linear estimator for a general growth curve model.

第四章讨论了一般增长曲线模型参数阵的线性可估函数在给定的线性估计类中的容许Minimax估计，并给出了具体的表达式。

I Under the general linear model with normal error vector and under convex or matrix losses, the necessary and sufficient condition for there to be UMRU estimators of any linear estimable function SXβ of regression coefficients are obtained.

i在误差向量遵从正态分布，在凸损失或矩阵损失下，得到了回归系数的可估线性函数SXβ的UMRU估计存在的充分必要条件。

For robustness of parameter estimation of linear model,we obtain the maximal classes of the error distribution,in which Generalized Least Squares Estimate,Gauss-Markov Estimate of estimable function of parameters,and Minimum Norm Quadratic Unbiased Estimator of variance maintain their optimal statistical properties.

这些研究成果不仪具有比较深刻的理论意义，还具有较为广泛的应用价值。

We make the following assumption for When 2 is positive definite matrix, different estimators about matrix of regression coefficients and inefficiency of Least squares estimate have been discussed in many documents. Considered 2 is nonnegative definite matrix, this thesis derives Best linear unbiased Estimate of parameter matrix B and estimable parameter function KBL under the meaning of matrix nonnegative definite and the property of maximum probability of BLUE is investigated.

当∑＞0时，众多文献讨论了回归系数阵的各种估计及LSE的有效性，本文考虑了当∑≥0的情形，给出了回归系数阵B及其可估参数函数KBL的在矩阵非负定意义下的最优估计，研究了它的一个最大概率性质，并且讨论了最小二乘估计成为最佳线性无偏估计的充分必要条件，在此基础上给出了均值矩阵的最小二乘估计与BLUE的偏差估计，定义了LSE相对于BLUE的一个相对效率，并给出了它的界。

The receding calculations and experiment analyses in this subject are built on the blood cast of pig tongue.

本研究课题的前期工作是采用猪舌血管铸型模拟人舌而进行的数值计算与实验分析。

"Each human infection constitutes an opportunity for genetic modification of the virus through reassortment, mutation, or both...."

&每一次人类的感染都暗藏着一次基因修改的机会，无论是通过病毒的整合、突变或者兼而有之。。。。&