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Durham extremely large telescope adaptive optics simulation platform.

机译:达勒姆超大型望远镜自适应光学仿真平台。

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摘要

Adaptive optics systems are essential on all large telescopes for which image quality is important. These are complex systems with many design parameters requiring optimization before good performance can be achieved. The simulation of adaptive optics systems is therefore necessary to categorize the expected performance. We describe an adaptive optics simulation platform, developed at Durham University, which can be used to simulate adaptive optics systems on the largest proposed future extremely large telescopes as well as on current systems. This platform is modular, object oriented, and has the benefit of hardware application acceleration that can be used to improve the simulation performance, essential for ensuring that the run time of a given simulation is acceptable. The simulation platform described here can be highly parallelized using parallelization techniques suited for adaptive optics simulation, while still offering the user complete control while the simulation is running. The results from the simulation of a ground layer adaptive optics system are provided as an example to demonstrate the flexibility of this simulation platform. ud
机译:自适应光学系统对于所有重要的图像质量至关重要的大型望远镜都是必不可少的。这些是具有许多设计参数的复杂系统,需要对其进行优化才能获得良好的性能。因此,必须对自适应光学系统进行仿真以对预期性能进行分类。我们描述了达勒姆大学开发的自适应光学仿真平台,该平台可用于在拟议中最大的未来超大型望远镜以及当前系统上仿真自适应光学系统。该平台是模块化的,面向对象的,并具有硬件应用程序加速的优势,可用于改善仿真性能,这对于确保给定仿真的运行时间是可接受的至关重要。此处描述的仿真平台可以使用适用于自适应光学仿真的并行化技术进行高度并行化,同时在仿真运行时仍为用户提供完全的控制。以地面层自适应光学系统的仿真结果为例,演示了该仿真平台的灵活性。 ud

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