The possibility of using the optimization methods in realizing a given linear transformation of patterns by optical system is discussed.
本文着重讨论了在为实现一般线性变换而进行的光学系统设计中采用优化方法的可能性。
The results indicate that the effective emissivity of the infrared optical system after optimization and the stray radiation performance are greatly improved.
研究结果表明，优化后，红外光学系统的有效发射率明显降低，系统杂散辐射性能得到明显提高。
An optical system structure and basic principles in solar simulation technology, collector optimization design and increasing system collective efficiency are discussed, respectively in detail.
对太阳模拟技术中应用的光学系统形式及其基本原理进行了阐述。较详细的对聚光系统的优化设计，提高系统聚光效率进行了论述。
Finally, the attitude of optical characteristic points relative to the word coordinate system was obtained based on the optimization solution.
最后，基于优化的总体最小二乘解确定光学特征点相对世界坐标系的姿态。
Some essential points used for optimization are described. Primary optical lattice experiments are given as examples to show the performance of this system.
我们对一些关键技术进行了阐述，并进行了一些基本的光晶格实验来展示它的性能。
Some essential points used for optimization are described. Primary optical lattice experiments are given as examples to show the performance of this system.
我们对一些关键技术进行了阐述，并进行了一些基本的光晶格实验来展示它的性能。
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