Optical design of transmitter lens for asymmetric distributed free space optical networks
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Optical design of transmitter lens for asymmetric distributed free space optical networks

机译:用于非对称分布式自由空间光网络的发射机镜头的光学设计

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Highlights?Design method of aspheric lens for unconventional light shaping is presented.?Aspherical lens has the task to tailor asymmetric optical antenna emission.?Optical power is shaped according to distribution and orientation of receivers.?Proposed algorithm is based on 2D ray mapping, however extended to 3D.?Mathematical implementation is robust and convergent.AbstractWe present a method of transmitter lens design dedicated for light distribution shaping on a curved and asymmetric target. In this context, target is understood as a surface determined by hypothetical optical detectors locations. In the proposed method, ribbon-like surfaces of arbitrary shape are considered. The designed lens has the task to transform collimated and generally non-uniform input beam into desired irradiance distribution on such i
机译:<![cdata [ 亮点 非球面镜头有裁缝的任务不对称光天线发射。 光功率根据接收器的分配和方向而成。 所提出的算法基于2D Ray Mapping,HO WEVER扩展到3D。 数学实现是鲁棒和融合的。 抽象 我们介绍了一种专用于弯曲和非对称目标的光分布形式的发射机镜头设计的方法。在这种情况下,目标被理解为由假设光学检测器位置确定的表面。在所提出的方法中,考虑了任意形状的带状表面。设计的镜头具有将准直和通常不均匀的输入光束转换为所需的辐照度分布在此类I上的任务

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