My research is on formal techniques and verification methods for concurrent and real-time systems. This includes concurrent objects, transactional memory and associated correctness conditions; weak memory models; algebraic techniques; and hybrid systems.
I received a BSc in Computer Science and Mathematics and a BSc (Hons) in Logic and Computation, both from Victoria University of Wellington, New Zealand. In 2009, I completed a PhD on formal derivations of concurrent algorithms at the University of Queensland, Australia. After this, I held postdoctorate positions at the University of Queensland and then at the University of Sheffield.
I am very excited to be joining the Formal Methods Europe Teaching committee, promoting teaching and development of formal methods courses. If you are currently teaching a formal methods course, please submit its details to our repository or get in touch with one of the FME Teaching Committee members.
Program committees
SBMF 2019, IFM 2019, FMTea 2019 (co-chair), REFINE 2019 (co-chair), MPC 2019, IFM 2018, REFINE 2018 (co-chair), REFINE 2015, PDP 2015.
Teaching
Semester 1: COM1026 (Foundations of Computing)
Semester 2: COM2022 (Computer Networking), COM3028 (Systems Verification)
Publications
- My list of publications is here. These
include links to mechanisation and slides (where available).
- My DBLP page is here, and Google Scholar page is here.
Current projects
- 2019-2021. VeTSS PhD studentship (PI)
Persistent Safety and Security
We are currently looking for a PhD student. Apply here for a start in Oct 1st, 2019
Applications will be evaluated as they are submitted. - 2019-2021. ARC Discovery Grant (Co-I)
Design and verification of correct, efficient and secure concurrent systems NEW!
We are currently looking for a post-doctoral researcher to work in Brisbane, Australia.
Apply here. Closing date: 12 May 2019. - 2018-2020. EPSRC Standard Grant (PI)
Verifiably correct transactional memory - 2018-2022. EPSRC Standard Grant (Co-I)
RoboTest: Systematic Model-Based Testing and Simulation of Mobile Autonomous Robots
This project fits within the larger RoboCalc umbrella. - 2017-2019. EPSRC Overseas Travel Grant (PI)
Verifiably correct concurrency abstractions
- Sadegh Dalvandi
- Alasdair Armstrong (previous, now postdoc with Peter Sewell in Cambridge)
Some previous research and collaborators
- Proofs of linearisability with John Derrick, Gerhard Schellhorn, and Heike Wehrheim (2012-14, University of Sheffield)
- Time bands and sampling logics for teleo-reactive programs with Ian Hayes (2009-12, University of Queensland)
- Progress properties of non-blocking algorithms with Rob Colvin
- Concurrent program derivations with Arjan Mooij
Completed projects
- 2016-17. EPSRC First Grant (PI)
Verifiably correct high-performance concurrency libraries for multi-core computing systems - 2015-16. Brunel University (PI)
Verifying energy-aware networks on chip systems - 2015-16. Brunel University New Staff Grant (PI)
- 2012. University of Sheffield SEED Grant (PI)
Verifiable real-time controllers with multi-timescale requirements - 2009. University of Queensland New Staff Research Start-Up
Fund
A logic for reasoning about progress properties of teleo-reactive programs - 2009. The University of Queensland ResTeach Award
Media
Here is a talk on our paper Transactions in Relaxed Memory Architectures given by James Riely at POPL 2018.
Here is a talk on our paper Defining correctness conditions for concurrent objects in multicore architectures I gave at ECOOP 2015.
Contact details
E-mail: b.dongol [[at]] surrey [[dot]] ac [[dot]] uk
You can find me in 07BB02
Mailing address:
Department of Computer Science
University of Surrey
Guildford, GU2 7JP
UNITED KINGDOM