首页> 外文期刊>Journal of the Optical Society of America A: Optics, Image Science & Vision >Wide field adaptive optics laboratory demonstration with closed-loop tomographic control
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Wide field adaptive optics laboratory demonstration with closed-loop tomographic control

机译:具有闭环层析成像控制的广域自适应光学实验室演示

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摘要

HOMER, the new bench developed at ONERA devoted to wide field adaptive optics (WFAO) laboratory research, has allowed the first experimental validations of multi-conjugate adaptive optics (MCAO) and laser tomography adaptive optics (LTAO) concepts with a linear quadratic Gaussian (LQG) control approach. Results obtained in LTAO in closed loop show the significant gain in performance brought by LQG control, which allows tomographic reconstruction. We present a calibration and model identification strategy. Experimental results are shown to be consistent with end-to-end simulations. These results are very encouraging and demonstrate robustness of performance with respect to inevitable experimental uncertainties. They represent a first step for the study of very large telescope (VLT) and extremely large telescopes (ELT) instruments.
机译:HOMER是在ONERA开发的专门用于广域自适应光学(WFAO)实验室研究的新工作台,它已通过线性二次高斯(CDAO)首次验证了多共轭自适应光学(MCAO)和激光层析成像自适应光学(LTAO)概念的实验性验证( LQG)控制方法。在LTAO闭环中获得的结果表明,LQG控制可显着提高性能,从而可以进行断层图像重建。我们提出一种校准和模型识别策略。实验结果表明与端到端仿真是一致的。这些结果非常令人鼓舞,并针对不可避免的实验不确定性证明了性能的鲁棒性。它们代表了研究超大型望远镜(VLT)和超大型望远镜(ELT)仪器的第一步。

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