1) sequential unconstrained minimization technique
混合罚函数法
1.
Solution of optimum gas allocation model for gas-lift block with sequential unconstrained minimization technique;
用混合罚函数法求解气举区块优化配气模型
2) mixing penalty function method
混合惩罚函数法
1.
Based on the knowledge base of floating structure stability, the optimal design is performed by use of the mixing penalty function method, in which step optimization is combined with integral optimization, and the variable scale method is adopted for unconstrained minimization.
建立了潮汐电站厂房浮运结构的优化模型 ,在浮运结构稳性知识库的基础上 ,采用混合惩罚函数法对其进行优化设计 。
3) mixed penalty function
混合罚函数
1.
Method of mixed penalty function is used for the linear question, optimum prescription is obtained at the conditions in the paper.
本文特混合罚函数法用子这类线性规划问题从而获得满足一定营养素配比的约束条件,使之成为成本最低的最佳配方,为合理营养的配方组成提供理论依据。
2.
This paper adopted the mixed penalty function method changing the restraint problem to the object function with penalty without restraint,when using the genetic algorithm to optimize the model and considering the characteristic of the model.
阐述了新型换流变压器及配套滤波装置的接线方案和滤波器设计特点,在此基础上建立了以初期投资最小为目标函数的滤波装置数学优化模型,在采用遗传算法对优化模型进行优化设计时,考虑到优化模型的特点,采用了混合罚函数法将有约束问题转化成带有罚项的无约束问题的目标函数。
4) multi-sequential unconstrained minimization technique
混合罚函数(Mult-SUMT)
5) SUMT
罚函数法
1.
This paper adopt SUMT,set the mill′s relatively use of power as the optimization goal.
本文运用罚函数法,以冷连轧机组轧制时电机功率的等相对负荷为目标函数,并用单纯形法进行了加速,所得的轧制规程能够充分地利用现有轧机的生产能力,提高轧机的利用率,为该类型轧机设计提供参考。
6) penalty method
罚函数法
1.
Half penalty method and optimism design of ten connecting bar mechanism of plunger slide in double action drawing press;
半惩罚函数法与内滑块十杆机构的优化设计
2.
The essential boundary condition is imposed by employing a penalty method.
将选择施加在"虚结构"控制点上的虚载荷作为形状优化的设计变量,并将它与无网格Galerkin法相结合来开展结构形状优化研究,采用罚函数法来施加边界条件,通过直接微分法建立了结构形状优化的离散型灵敏度分析算法,利用无网格法研究了节点坐标关于设计变量导数的计算。
3.
By using penalty method,Sobolev space,variational approach,partial differential equations,and function analysis theory,the optimal problem and the existence of the solution of the optimal regularized problem are obtained.
首先给出近似解定义,利用罚函数法和Sobolev空间、变分法、偏微分方程、泛函分析等理论得出最优正则化问题解的存在性,并且以变分不等式的形式给出最优化成立的必要条件。
补充资料:笞罚
1.拷打责罚。
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