UNDER CONSTRUCTION (but mostly accurate)
Lab Course: The Coq Proof Assistant
|Supervision||Prof. Dr. Peter Thiemann|
|Time and Place||Thu 14:00 -- 16:00, Geb 79 SR 00-019|
Thu 2014-05-08, 14:00 -- 16:00, Geb 79 SR 00-019. The room is upstairs, on the left hand side. Please send a mail to Luminous Fennell as soon as possible, if this date is problematic for you.
|2014-04-21||Preliminary webpage up|
|Thu 2014-05-08, 14:00 -- 16:00, Geb 79 SR 00-019||Kick-off meeting|
The purpose of this lab course is to introduce the participants to interactive theorem proving with the Coq proof assistant. The participants will work on selected chapters from the self-study course Software Foundations of Benjamin Pierce et al. There will be periodical lab-sessions where questions, exercises and specific topics will be discussed in detail.
- Basic acquaintance with the Coq proof assistant and its underlying theory
- Stating and proving formal mathematical theorems in Coq
- Proof automation/proof search
- Formalization of simple programming languages (i.e. precise definition of their behavior and proofs of their important properties)
There will be four graded exercises throughout the semester, each of which counts 25% for the final grade. In order to pass the lab course, a final grade of 4.0 or better is required.
No specific previous knowledge of the topic is required, as the course introduces all necessary concepts. However, participants should have taken some basic logic (or logic-related) course in the past (as is mandatory in e.g. Bachelor’s degree program here in Freiburg), and should have some interest in logic, formal methods, programming languages or related topics.
The required software should be installable on all major operating systems. Also, a VM image will be provided and there is the possibility to use the Proglang-Pool (079-00-018) for participants without a laptop.