My paper, accepted for presentation at the 13th International Symposium on Theoretical Aspects of Software Engineering, describes a denotational semantics for dynamically evolving architectures based on fixed points in lattices.
My new paper, accepted for presentation at the 39th International Conference on Formal Techniques for Distributed Objects, Components, and Systems, describes a case study in which I applied FACTum to verify persistency of blocks in Blockchain Architectures.
I’m just back from a Lorentz Center Workshop on Dynamics of Multi-Agent Systems where I was presenting my work on the verification of dynamic architectures.
With this newly proposed workshop, we want to discuss and identify possibilities and limitations of Formal Methods to provide a more rigorous approach to Blockchain. We invite authors to submit papers related to the use of FMs techniques and tools for blockchain technology.
Topics include, but are not limited to:
- Formal models of blockchain applications or concepts
- Formal methods for consensus protocols
- Formal methods for blockchain-specific cryptographic primitives or protocols
- Formal languages for Smart Contracts
- Verification of Smart Contracts
We look forward to your contribution!
Hi, this is my new website:
- This page contains all the news.
- Under research you can find details about my research: projects, publications, …
- Under teaching I provide more details about my past and current teaching activities.
- If you are looking for topics for your thesis or guided research, you should visit supervision.
- On page FACTum you can find more details about my approach for the axiomatic specification of dynamic architectures as well as its implementation in Eclipse/EMF.