A Complete Proof System for Basic Symbolic Heaps with Permissions
Authors: Stéphane Demri, Etienne Lozes and Denis Lugiez
Paper Information
| Title: | A Complete Proof System for Basic Symbolic Heaps with Permissions |
| Authors: | Stéphane Demri, Etienne Lozes and Denis Lugiez |
| Proceedings: | ADSL Papers |
| Editor: | Nikos Gorogiannis |
| Keywords: | Permissions, Symbolic heaps, Separation Logic, Completeness |
| Abstract: | ABSTRACT. We consider basic symbolic heaps, i.e. symbolic heaps without any inductive predicates, but within a memory model featuring permissions. We propose a complete proof system for this logic that is entirely independent of the permission model. This is an ongoing work towards a complete proof system for symbolic heaps with lists, and more generally towards a proof theory of permissions in separation logics with recursive predicates and Boolean BI with abstract predicates. |
| Pages: | 14 |
| Talk: | Jul 13 12:00 (Session 86A: Proof Theory) |
| Paper: | ![]() |
