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Lens Design of Camera through Optimization of the Third Order Seidel Aberration and Statistical Tolerance Analysis
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 Title & Authors
Lens Design of Camera through Optimization of the Third Order Seidel Aberration and Statistical Tolerance Analysis
Lee, Kyutae; Kim, Young-Joo; Kim, Youngwoon;
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There has been much advancement in the field of aerial cameras for geographical features with the help of drones, image processing power and computer aided optical programs. In this study, we propose a new optical lens design technique which minimizes the amount of ‘the third order Seidel aberration’ for enhancing MTF. In addition, we suggest a new optical lens design which stabilizes the mass-production yield through R.S.M and has robustness secure through the Taguchi method. Eventually, the image processing algorithm of stereo matching is implemented in order to evaluate whether the proposed lens design result meets adequate specifications for the use of dual aerial photographs or not. This paper provides good guidance for the optical design by development of experiments.
The third order Seidel aberrations;Tolerance analysis;Response surface methodology;Taguchi method;
 Cited by
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