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1·Optimization is based on minimizing the total value of the system merit function.

优化是以使系统绩效函(merit function)的总值达到最小为基础。

2·In this paper some examples of construction of merit function based on the design idea are given.

本文给出了基于这种设计思想构造评价函数的一些实例。

3·It is important that the merit function represent the desired performance for the optical system.

重要的是，绩效函代表光学系统的要求性能。

4·The smaller the value of the merit function is, the closer the iteration point is to the solution.

当价值函数的值越小时，迭代点越靠近最优解。

5·A merit function which can be as a criterion estimating high-speed optical measuring equipments is presented in this paper.

本文提出一个价值函数，作为高速光测装置的评价准则。

6·Many other optimization parameters are also available to modify a standard merit function or to create a user defined merit function.

许多其他的优化也用修改标准绩效函或建一个使用者自定的绩效函。

7·In this paper, a smooth merit function is constructed for general linear complementarity problem (GLCP), which possesses fine coercive property.

本文构造了广义线性互补问题的一个光滑价值函数，该函数具有良好的微分性质。

8·In optical design using Computer-Aid-Design, Simulation, and Optimization (CADSO), it is customary to use various kinds of non-diffraction-based merit function.

在光学系统计算机辅助设计、模拟与最优化工作中，广泛采用了非衍射基价值函数的各种评价函数。

9·The method is a very fast and stable refinement technique that makes for the nearest merit function minimum, and it is particularly suitable for the adjustment of an already useful design.

详细介绍了非线性单纯形方法的算法思想，非线性单纯形方法是一种能够快速、稳定地寻找到评价函数最小值的优化算法，特别适合于对已有的设计进行调整。

10·The integral expression of the merit function was also derived to improve the calculation efficiency. The calculation result shows that the latter efficiency is 2 to 3 times of the former.

给出了用于评价光栅刻线弯曲程度的表达式，并推导出了它的积分形式，使计算效率提高了2 ~ 3倍。