Dr. Diego Marmsoler

I am very excited to serve on the program committe of TASE 2021. Prepare your papers and submit them until March 7, 2021.

Check out our new paper published in Logical and Algebraic Methods in Programming in which we show how to use FACTum to check architectural constraints for dynamically evolving architectures at runtime.

This year we got 18 high quality submissions for FMBC of which we accepted 10 research papers and 5 additional extended abstracts for lightning talks.

The list of accepted papers and lightning talks is available from the FMBC website: https://fmbc.gitlab.io/2020/program.html

Thanks again at all the authors for submitting a paper to FMBC2020!

FMBC will take place virtually on July 20 and 21 from 6AM-8AM PDT.

There will be a keynote by Grigore Rosu, Professor at University of Illinois at Urbana-Champaign, USA and Founder of Runtime Verification.

Registration to FMBC 2020 is free but required. It is done through the CAV 2020 registration form:
http://i-cav.org/2020/attending/ Please register before July 10, 2020.

I am serving in the Program Comittee of the 13th Interaction and Concurrency Experience co-located with DisCoTec 2020. Prepare your papers and submit them by 1 May 2020!

Two fully funded PhD scholarships for EU/UK applicants are available
in our group at the University of Exeter, UK.

We are looking for enthusiastic and outstanding Computer Science or
Mathematics students interested in Formal Methods and their application in areas such as Cybersecurity.

For more details, please drop me an EMail or consult the official advertisement at http://www.exeter.ac.uk/studying/funding/award/?id=3887

The second edition of our Workshop on Formal Methods for Blockchain will be co-located with CAV 2020.

The workshop aims 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!

My colleague Habtom K. Gidey was presenting our second release of FACTum Studio at the 16th International Conference on Formal Aspects of Component Software taking place these days in Amsterdam.

The new version now supports the modeling of behavior for component types in terms of finite-state machines and the verification of corresponding contracts using model checking.

Soon we will provide a preprint of our FACS paper which describes all the extensions in detail and demonstrates them by means of a running example.

Check out our preliminary program for FMBC: We are looking forward to exciting talks about verification of Smart Contracts and Consensus Protocols. Moreover, our invited speaker Ilya Sergey will give a talk about The Scilla Journey: From Proof General to Thousands of Nodes.

Thanks to all the authors which sent their papers to FMBC: the 1st Workshop on Formal Methods for Blockchains @ FM.

Competition was fierce: we received 20 high-quality submissions out of which we accepted seven regular papers and three additional short papers.

The list of accepted papers is available at: https://sites.google.com/view/fmbc/program

Congratulations to all the authors of accepted papers!

We are looking forward to meeting all of you in October for a day of inspiring discussions on Formal Methods for Blockchains!

In this paper, accepted for presentation at the 23rd International Symposium on Formal Methods, we introduce APML, a sound and complete language to sketch proofs for composition of FACTum contracts in a notation similar to Message Sequence Charts. Moreover, we provide an algorithm to generate Isabelle/Isar proofs out of an APML sketch.

The language is implemented in FACTum Studio which supports the user in the development of correct APML proofs. In addition we also implemented the algorithm in FACTum Studio which allows a user to generate Isabelle/Isar proofs out of an APML sketch.