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Design of experiments for simulated non imaging light sources

机译:模拟非成像光源的实验设计

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Today numerical simulation is a major tool in the design process of non imaging illumination sources. The numerical simulation is in use for different integration levels of light sources, where various numbers of design parameters exist. A variation of all available parameters leads to high amount of samples, which must be simulated and analysed.rnTo reduce the number of variants, a statistical relevant number of samples are used. For this purpose the methods of DoE (Design of Experiments) are applied. In connection with computational methods, the simulation process itself could be automated.rnThis leads to a very efficient design process for non imaging illumination systems.rnMain challenges are the parameter definition for the DoE, the design of the automated process, and a correct approximation of the achieved result. After solving of all challenges, an efficient system for the prediction of the technical parameters of new illumination is created. This paper describes the general problem of variant analyses and the achievements in automatic DoE studies for illumination systems. An outlook shows how this method could be beneficial in the design process of daylight systems.
机译:如今,数值模拟已成为非成像照明源设计过程中的主要工具。数值模拟用于不同积分级别的光源,其中存在各种数量的设计参数。所有可用参数的变化会导致大量的样本,必须对其进行模拟和分析。为了减少变体的数量,使用了统计相关的样本数。为此目的,采用了DoE(实验设计)的方法。结合计算方法,可以使仿真过程本身自动化.rn这导致非成像照明系统的设计过程非常有效.rn主要挑战是DoE的参数定义,自动化过程的设计以及正确的近似值。取得的成果。解决所有挑战后,创建了一个用于预测新照明技术参数的有效系统。本文介绍了变体分析的一般问题以及照明系统自动DoE研究的成就。前景展示了这种方法在日光系统的设计过程中可能会带来好处。

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