Memory-saving techniques in damped-least-squares optimisation of complex optical systems.

Details Memory-saving techniques in damped-least-squares optimisation of complex optical systems. Memory-saving techniques in damped-least-squares optimisation of complex optical systems.

Apr 1989

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1989spie.1013..249w&link_type=abstract

Conference on Optical Design Methods, Applications, and Large Optics in Conjunction with the 1. International Congress on Optica

Physics

Optics

Optical Design

Scientific paper

This paper describes three simple methods for improving convenience and reducing memory requirements during the optimisation of complex optical systems, without significant penalty in terms of computer time. Such optical systems will typically involve surfaces of unusual shape (e.g. aspherised toric), tilted and decentred surfaces, many linked parameters, and multiple configurations (e.g. zoom systems, or removable components). The three methods have all been employed to good effect in the authors' optimisation program.

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