1) global error bound
全局误差界
1.
A class of merit functions for the second-order cone complementarity problems and a global error bound;
二阶锥互补问题的一类效益函数与全局误差界
2.
in trust region method,we present a global error bound for the distance between a feasible solution and the optimal solution under the condition that the gradient vector of the objective function is strongly monotone.
本文利用信赖域方法中的几个特征量(由预测下降量给出的价值函数与信赖域半径等),在目标函数的梯度向量是强单调的条件下,为约束最优化问题的可行解与最优解之间的距离提供了一个全局误差界。
2) global absolute error bound
全局绝对误差界
1.
In this paper,the estimation of the error bound for the generalized linear complementarity problem over a closed polyhedral cone(GLCP) was consider,and GLCP was equivalently converted into an affine variational inequalities problem over a closed polyhedral cone(AVIP) under suitable conditions,and then a global absolute error bound for GLCP establish as well.
在适当条件下将凸多面锥上的广义线性互补问题等价地转化为凸多面锥上的变分不等式问题,利用变分不等式的误差界,建立了凸多面锥上的广义线性互补问题的全局绝对误差界。
3) Global error
全局误差
1.
Due to the differently inherent correlation of the test samples,the key of the algorithm takes both factors of local and global error into consideration comprehensively,and takes values of the global error as dependent variable of function of changing step length,then changes learning rate dynamically.
由于测试样本内在关联度的差异,算法的关键是综合考虑局部误差和全局误差2个因素,并且以全局误差值作为步长改变函数的因变量,进而动态地改变学习率,而且这种学习率的改变是有条件的改变。
4) local error bound
局部误差界
5) total computation error
全局计算误差
6) global alignment error accumulation
全局配准误差积累
补充资料：发光地寄色界无色界天乘
【发光地寄色界无色界天乘】
谓三地菩萨，明修八禅定行，同于色界四禅，无色界四空处，故云发光地寄色无色界天乘。（八禅定者，色界、无色界各四禅定也。四禅者，初禅、二禅、三禅、四禅也。四空者，即空处、识处、无所有处、非非想处也。）
谓三地菩萨，明修八禅定行，同于色界四禅，无色界四空处，故云发光地寄色无色界天乘。（八禅定者，色界、无色界各四禅定也。四禅者，初禅、二禅、三禅、四禅也。四空者，即空处、识处、无所有处、非非想处也。）
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条