Invited Talk -- Managing Logical and Computational Complexity using Program Transformations
Dealing with logical complexity in mathematics has a long tradition of building models for complex logics from models for simpler logics, using construction such as the sheaf construction. In computer science, there is a dual practice which consists in giving meaning to a complex language using a compilation phase into a simpler one.
In my presentation, I will show how the compilation phase approach also makes sens in logic, via the Curry-Howard isomorphism, and is more precise than the model extension approach because it takes computation into account. To illustrate this, I will show examples of program transformations in type theory, with applications to the Coq proof assistant.
Sat 21 Jan Times are displayed in time zone: Amsterdam, Berlin, Bern, Rome, Stockholm, Vienna change
14:00 - 15:30
|Invited Talk -- Managing Logical and Computational Complexity using Program Transformations|
I: Nicolas TabareauInria, France
|Session with the Coq Development Team|