文章在加权线性损失函数下,基于NA样本,讨论了两参数Burr Type Ⅻ分布参数θ的经验Bayes单侧检验问题:H0:θθ0 H1:θ>θ0;利用概率密度函数的核估计和经验分布函数构造了参数的经验Bayes单侧检验函数,并获得了它的渐近最优(a.o)性...文章在加权线性损失函数下,基于NA样本,讨论了两参数Burr Type Ⅻ分布参数θ的经验Bayes单侧检验问题:H0:θθ0 H1:θ>θ0;利用概率密度函数的核估计和经验分布函数构造了参数的经验Bayes单侧检验函数,并获得了它的渐近最优(a.o)性;在适当的条件下证明了所提出的经验Bayes检验函数的收敛速度可任意接近Ο(n-1/2)。展开更多
The semi? analytic perturbation weighted residuals method was used to solve the nonlinear bending problem of shallow shells, and the fifth order B spline was taken as trial function to seek an efficient method for n...The semi? analytic perturbation weighted residuals method was used to solve the nonlinear bending problem of shallow shells, and the fifth order B spline was taken as trial function to seek an efficient method for nonlinear bending problem of shallow shells. The results from the present method are in good agreement with those derived from other methods. The present method is of higher accuracy, lower computing time and wider adaptability. In addition, the design of computer program is simple and it is easy to be programmed.展开更多
文摘文章在加权线性损失函数下,基于NA样本,讨论了两参数Burr Type Ⅻ分布参数θ的经验Bayes单侧检验问题:H0:θθ0 H1:θ>θ0;利用概率密度函数的核估计和经验分布函数构造了参数的经验Bayes单侧检验函数,并获得了它的渐近最优(a.o)性;在适当的条件下证明了所提出的经验Bayes检验函数的收敛速度可任意接近Ο(n-1/2)。
文摘The semi? analytic perturbation weighted residuals method was used to solve the nonlinear bending problem of shallow shells, and the fifth order B spline was taken as trial function to seek an efficient method for nonlinear bending problem of shallow shells. The results from the present method are in good agreement with those derived from other methods. The present method is of higher accuracy, lower computing time and wider adaptability. In addition, the design of computer program is simple and it is easy to be programmed.