论文标题
一个新型的基于云的基于云的框架，用于拉丁美洲巨型天文台（Lago）中的标准模拟
A Novel Cloud-Based Framework for Standardised Simulations in the Latin American Giant Observatory (LAGO)
论文作者
论文摘要
拉丁美洲巨型天文台Lago是一个扩展的宇宙射线天文台，由位于10个国家 /地区的宽水Cherenkov探测器组成。随着不同的高度和地磁刚性截止，它们的地理分布以及用于控制，大气感应和数据获取的新电子产品，可以在区域规模上实现各种天体物理学研究。它是由Lago Collaboration设计，建造和运营的天文台，这是来自11个国家 /地区的30个机构的非中央联盟。 尽管Lago可以使用不同的计算框架，但它缺乏标准化的计算机制来完全掌握其合作方法。欧洲委员会正在促进与Lago目标保持一致的计划，尤其是为了实现开放科学及其长期可持续性。这项工作介绍了Lago在Eosc-Synergy项目中的这种范式的适应，重点是对世界各地Lago遗址部署的检测器的预期天体物理签名的模拟。
LAGO, the Latin American Giant Observatory, is an extended cosmic ray observatory, consisting of a wide network of water Cherenkov detectors located in 10 countries. With different altitudes and geomagnetic rigidity cutoffs, their geographic distribution, combined with the new electronics for control, atmospheric sensing and data acquisition, allows the realisation of diverse astrophysics studies at a regional scale. It is an observatory designed, built and operated by the LAGO Collaboration, a non-centralised alliance of 30 institutions from 11 countries. While LAGO has access to different computational frameworks, it lacks standardised computational mechanisms to fully grasp its cooperative approach. The European Commission is fostering initiatives aligned to LAGO objectives, especially to enable Open Science and its long-term sustainability. This work introduces the adaptation of LAGO to this paradigm within the EOSC-Synergy project, focusing on the simulations of the expected astrophysical signatures at detectors deployed at the LAGO sites around the World.
