![]() ![]() ![]() It is also demonstrated that polarized and non- polarized designs from the genetic algorithm are reproducible with great success. Its capability and unavoidable limitations in designing polarized and non- polarized edge filters from absorptive and dispersive materials is well demonstrated. The design method in this study optimizes the thickness of each layer to get to the best possible solution. It is the finding of this study that the genetic algorithm design method, through its optimization capability, can give more reliable and reproducible designs of any specifications. The genetic algorithm is one of the new design methods that show promising results in designing a number of complicated design specifications. The advancement of optical thin film technology includes the development of new and existing optical filter design methods. Recent advancement in optical fibre communications technology is partly due to the advancement of optical thin film technology. International Nuclear Information System (INIS) Design of reproducible polarized and non- polarized edge filters using genetic algorithm ![]()
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