Petri Nets 2020
Jump to navigation
Jump to search
Event Rating
| median | worst |
|---|---|
|
|
List of all ratings can be found at Petri Nets 2020/rating
| Petri Nets 2020 | |
|---|---|
41th International Conference on Application and Theory of Petri Nets and Concurrency
| |
| Event in series | Petri Nets |
| Dates | 2020-06-24 (iCal) - 2020-06-25 |
| Homepage: | https://lipn.univ-paris13.fr/petrinets2020/#header |
| Location | |
| Location: | , Video conference |
| Important dates | |
| Abstracts: | 2020/01/22 |
| Papers: | 2020/01/28 |
| Notification: | 2020/03/06 |
| Camera ready due: | 2020/03/20 |
| Committees | |
| General chairs: | Étienne André, Laure Petrucci |
| Table of Contents | |
Our highest priority is the safety of all participants. Due to the covid19 outbreak, Petri Nets 2020 will happen as a virtual conference, with prerecorded videos of the talks, and live sessions for discussion via BigBlueButton (no software needed, just a browser). Registration is free (except for one author per paper for which we ask a small fee) but compulsory.
You can already book your Wednesday 24th and Thursday 25th of June.
General topics related to concurrency
- Model checking and verification of distributed systems
- Verification of infinite-state or parametric systems
- Causality/partial order theory of concurrency
- Educational issues related to concurrency
- New developments in the theory of concurrency
- Modelling of hardware and biological systems
Topics specific to Petri Nets
- Analysis and synthesis, structure and behaviour of nets
- System design and model-driven development using nets
- Relationships between Petri nets and other approaches
- Net-based semantical, logical and algebraic calculi
- Higher-level net models (coloured nets, timed nets, etc.)
- Stochastic net models
- Verification and model checking using nets
- Process discovery and conformance checking
- Computer tools for nets
- Standardisation of nets
- Experience reports describing applications of nets to different kinds of systems and application fields, e.g.:
- flexible manufacturing systems
- office automation
- real-time systems
- workflows
- embedded systems
- process mining
- biological systems
- supervisory control
- health and medical systems
- protocols and networks
- environmental systems
- Internet and web services
- hardware
- e-commerce and trading
- telecommunications
- programming languages
- railway networks
- performance evaluation
- component based development
- operations research
originally planned in Paris, France