1) globalization of stress constraints
应力约束全局化
2) global constrained optimization
全局约束优化
1.
Aiming at this problem,a global constrained optimization technique of section feature curve based on UG sketch is presented.
针对这一问题提出了一种基于UG草图的截面特征曲线全局约束优化技术,并对实现该方法的约束表达、全局约束优化模型的建立及求解、基于UG平台的算法实现等关键技术进行了深入研究。
3) constrained global optimization
约束全局最优化
1.
Constrained global optimization is concerned with the following problem: Given a compact set S(?)R~n, and continuous function f : S→R, find a x~*(?)S such that f(x~*)≤f(x), x∈S, where S or f may be nonconvex.
约束全局最优化研究求解如下问题：给定紧集S(?)R~n和连续函数f∶S→R，寻找x~*∈S使得f(x~*)≤f(x)，x∈S，这里S或f可能是非凸的。
5) unconstrained global optimization
无约束全局优化
1.
A new filled function with one parameter is used to find a global minimizer for unconstrained global optimization problems.
考虑用单参数填充函数求解无约束全局优化问题。
6) global constraints
全局约束
1.
Two trajectories in batch process can be matched reasonably in endpoint constraints, different local continuity constraints (Itkura constraint, Sakoe Chiba constraint) and different global constraints (Itkura constraint、Sakoe Chiba constraint) respectively, and minimum normalized total distance between two trajectories can be obtained based on dynamic time warping, then optimal path can be foun.
分别采用始终点约束、不同的局部连续约束 ( Itkura约束、Sakoe- Chiba约束 )、不同的全局约束( Itkura约束、Sakoe- Chiba约束 )条件对间歇反应过程中两批次轨迹进行合理匹配 ,并使两轨迹基于动态时间错位理论获取其间的最短标准总体距离 ,在此基础上搜寻最优匹配路径 ,使两种持续时间不等的轨迹达到模式一致。
2.
The concept of constrained clustering,classify the constrained conditions into global constraints,instance constraints and others constraints according to the application of constraints are presented.
介绍了约束聚类的定义,并按约束的应用将约束条件归并为全局约束、实例约束、其它约束等,然后概括了相应约束条件下的算法,最后介绍了约束对于聚类带来的益处和问题。
补充资料：轧辊残余应力(见轧辊应力)
轧辊残余应力(见轧辊应力)
residual stresses in roll
zhagun eanyu yingli轧辊残余应力(residual stresses in roll)见礼辐应力。
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