理论分析和仿真实验表明改进算法不仅具有以任意精度达到全局最优值的能力，而且具有更高的优化效率。
Theoretical analysis and simulation results show that AGA can not only get the global optimum value in arbitrary precision, but also raise efficiency remarkably.
在此基础上根据薄膜光学计算理论和最优化理论，提出了一种测量多层薄膜厚度的新的全局优化算法——GASA算法。
According to the theories of thin film calculation and optimization, a new global optimization method - GASA for multilayer film thickness calculation is presented in this paper.
在此基础上根据薄膜光学计算理论和最优化理论，提出了一种测量多层薄膜厚度的新的全局优化算法——GASA算法。
According to the theories of thin film calculation and optimization, a new global optimization method - GASA for multilayer film thickness calculation is presented in this paper.
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