The optimization with single-objective and single-constraint is realized by using a technique of multiplier penalty functions.
基于6个网页-相关网页
nondifferentiable exact penalty functions 不可微精确罚函数
exact penalty functions 恰当罚函数
penalty functions method 罚函数方法
internal penalty functions 内点罚函数
nonlinear penalty functions 非线性罚函数
internal penalty functions method 内点罚函数法
expected discounted penalty functions 罚金折现函数
penalty s functions 刑罚的功能
penalty ' s functions 刑罚的功能
A unified framework for constructing penalty functions of multiobjective programming problems is offered.
给出了一种构造多目标规划罚函数的统一框架。
The optimization with single-objective and single-constraint is realized by using a technique of multiplier penalty functions.
在此基础上，采用乘子惩罚函数法进行求解，并通过算例证明该方法的正确性和可行性。
Nondifferentiable exact penalty functions are used to transform a constrained optimization problem into a single unconstrained optimization problem.
借助不可微精确罚函数把约束问题转化为单个无约束问题来处理。
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