This volume contains the proceedings of the Verification of Scientific Software (VSS 2025) workshop, held on 4 May 2025 at McMaster University, Canada, as part of ETAPS 2025. VSS brings together researchers in software verification and scientific computing to address challenges in ensuring the correctness and reliability of large-scale scientific codes. The program featured five peer-reviewed papers, three invited contributions, and a set of challenge problems, covering themes such as deductive verification, floating-point error analysis, specification of coupled models, and domain-aware testing. VSS builds on the Correctness Workshop series at Supercomputing and the 2023 NSF/DOE report on scientific software correctness. It serves as yet another snapshot of this important area, showcasing a wide range of perspectives, problems and their solutions in progress, with the challenge problems having the potential to bring together separate verification tools into concerted action.
翻译:本卷收录了2025年5月4日在加拿大麦克马斯特大学举行的"科学软件验证"研讨会(VSS 2025)的会议论文集,该研讨会是ETAPS 2025的组成部分。VSS汇聚了软件验证与科学计算领域的研究人员,共同应对确保大规模科学代码正确性与可靠性所面临的挑战。会议议程包含五篇经过同行评审的论文、三篇特邀报告以及一组挑战性问题,涵盖演绎验证、浮点误差分析、耦合模型的形式化规约以及领域感知测试等主题。VSS延续了超级计算大会"正确性研讨会"系列的传统,并基于2023年美国国家科学基金会/能源部关于科学软件正确性的报告。它作为这一重要领域的又一阶段性成果展示,呈现了当前广泛的研究视角、问题及其进展中的解决方案,其中挑战性问题有望推动不同验证工具形成协同合作。