DagRep.14.6.108.pdf
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Introductory courses on formal foundations of computer science - including basic courses on theoretical computer science (regular and context-free languages, computability theory, and complexity theory) as well as on logic in computer science (propositional and first-order logic, modeling, and algorithms for evaluation and satisfaction of formulas) - are a cornerstone of computer science curricula, yet many students struggle with their often theoretical contents. The recent influx of students in computer science, as well as the shift towards the inclusion of more online-based teaching ask for advanced teaching support systems that aid both students and instructors. This Dagstuhl Seminar focussed on fostering discussion between researchers in computing education, builders of systems for teaching formal foundations, as well as instructors of these foundations in order to facilitate more robust research and development of systems to support teaching and learning of the formal foundations of computer science.
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