将更高强度的审查纳入大型高能物理软件项目

中文摘要 AI 辅助

2023年，DUNE开始重新评估其数据处理框架的需求，这促成了委托设计一个新框架，该框架比现有为对撞机物理设计的重建框架更适合中微子物理。由于预期的根本性变化，大量的多机构努力已投入到Phlex框架的创建中。此外，实施这样一个框架的紧迫时间表引起了各方（包括DUNE本身、主办实验室费米实验室和美国能源部）的审查。在简要讨论中微子物理的独特需求后，我们将讲述Phlex开发团队如何在这种更高强度审查的背景下进行框架的设计和开发。这一过程始于采用系统工程方法，正式管理DUNE对其框架的需求。随后，在高能物理界首次，由外部框架专家小组对框架的概念设计进行了审查，之后开发人员才着手实施。实施工作产生了一系列原型，用于向Phlex用户提供快速反馈给框架开发者。我们将讨论这些步骤中的每一步如何促成了一个强有力的设计，该设计得到了DUNE实验、费米实验室和美国能源部的支持。

英文摘要

In 2023, DUNE began re-evaluating the requirements of its data-processing framework, which led to commissioning a new design that would better fit neutrino physics than the existing reconstruction frameworks designed for collider physics. Due to the radical changes expected, significant multi-institutional effort has been directed toward the creation of the Phlex framework. In addition, the tight timelines in which to implement such a framework have invited scrutiny from various parties, including DUNE itself, the host laboratory Fermilab, and the US Department of Energy. After briefly discussing the unique needs of neutrino physics, we will recount how the Phlex development team has approached the design and development of a framework in the context of this heightened scrutiny. This process began with a systems-engineering approach to formally manage the requirements DUNE has of its framework. What followed was, for the first time in the HEP community, a review of the framework's conceptual design by a panel of external framework experts before developers proceeded to the implementation. The implementation efforts have led to a series of prototypes that are being used to provide rapid feedback from Phlex users to framework developers. We will discuss how each of these steps has resulted in a strong design that has the backing of the DUNE experiment, Fermilab, and the US Department of Energy.

发表机构

• Fermi National Accelerator Laboratory（费米国家加速器实验室）
• Lawrence Berkeley National Laboratory（劳伦斯伯克利国家实验室）

机构由 AI 辅助整理，请以论文原文为准。