Its purpose is to realize dependably the function that the user need, with the lowest life cycle cost of the object, to obtain the optimal synthetic benefit.
其目的，是以对象的最低生命周期成本，可靠地实现使用者所需功能，以获取最佳的综合效益。
This paper systematically compares many kinds of structure and object function of numerical controllers, designs the optimal program of numerical controllers which combines SUMT with rapid simulation.
本文系统地比较了多种控制器结构和目标函数，设计出了SUMT惩罚函数法与快速仿真相结合的控制器参数寻优程序。
Taking minimizing annual operating cost as an object function, the method employed hereditary algorithm to get optimal compensatory places (non-node) and capacity.
该算法以年运行费用最小为目标函数，运用遗传算法求出最佳的补偿地点(非节点)和最优补偿容量。
应用推荐