Student Travel Support for SAT/SMT/AR Summer School at IJCAR 2016

在过去的十年中，形式化方法取得了重大进展，现在形成了硬件和软件行业的形式化保证的支柱。许多这些技术的基础是有效地推理系统属性的能力，通常通过将属性描述为约束满足问题并将推理委托给约束求解器。由于它们的实际有效性和强大的可扩展性，当今使用的最常见的约束推理引擎是可满足性（模理论）求解器（SAT和SMT）。该奖项将为美国学生提供旅行赠款，以参加将于2016年6月22日至25日在葡萄牙里斯本举行的SAT/SMT暑期学校，在第八届自动推理国际联合会议之前（IJCAR 2016）。SAT/SMT暑期学校允许学生学习现代SAT和SMT求解器的基本技术，并给他们一个广阔的视野，该领域有许多实际应用。由于学校是一个单独的事件，在一个不太正式的环境中，学生有机会讨论学校的主题（与实验室作业），讨论自己的研究思路，并与他们的同龄人和该领域的领导者密切互动。暑期学校点燃了知识的转移和传播，这将导致上级技术，更好的用户，以及令人兴奋和深远的应用。

Formal methods have made significant advances during the last decade, and now form the backbone of formal assurance across hardware and software industries. Underlying many of these techniques is the capability to effectively reason about system properties, often by describing the properties as constraint satisfaction problems and delegating the reasoning to a constraint solver. Due to their practical effectiveness and robust scalability, the most common constraint reasoning engines in use today are satisfiability (modulo theories) solvers (SAT and SMT). This award will provide travel grants for US-based students to attend the SAT/SMT summer school to be held in Lisbon, Portugal, June 22-25 2016, preceding the 8th International Joint Conference on Automated Reasoning (IJCAR 2016).The SAT/SMT Summer School allows students to learn about the techniques underlying modern SAT and SMT solvers, and gives them a broad view of the field with many practical applications. Since the school is a separate event, in a less formal setting, the students have the opportunity to discuss the school topics (with lab assignments), discuss their own research ideas, and interact closely both with their peers and the leaders in the field. The summer school ignites the transfer and dissemination of knowledge that will lead to superior technology, better users, and exciting and far-reaching applications.