An introduction to bigraphs with sharing, with applications to comms and mixed-reality systems

Michele Sevegnani
EPSRC Doctoral Prize Research Fellow at the University of Glasgow
DEIB - Seminar Room
July 8th, 2015
4.00 pm
Contact:
Carlo Ghezzi
Research Line:
Advanced software architectures and methodologies
EPSRC Doctoral Prize Research Fellow at the University of Glasgow
DEIB - Seminar Room
July 8th, 2015
4.00 pm
Contact:
Carlo Ghezzi
Research Line:
Advanced software architectures and methodologies
Sommario
The first part of this seminar will focus on introducing bigraphs with sharing, a universal process algebra for temporal and spatial evolution, based on Milner’s original bigraphs (2009). An overview of the categorical semantics and algebraic properties will be given, but we will focus mainly on the intuitive graphical form.
The second part will feature 3 applications:
of computation, simulation, and visualisation for bigraphs.
The second part will feature 3 applications:
- a communication protocol for wireless interference,
- domestic wireless network management,
- a strategic location-based pervasive mixed-reality game.
of computation, simulation, and visualisation for bigraphs.
Biografia
Dr Michele Sevegnani is an EPSRC Doctoral Prize Research Fellow at the University of Glasgow, based in the School of Computing Science.
His research addresses reasoning about reliability and predictability of location-aware, event-based, software systems, particularly systems that are already deployed.
Current work involves:
Further information is available at http://dcs.gla.ac.uk/~michele/.
His research addresses reasoning about reliability and predictability of location-aware, event-based, software systems, particularly systems that are already deployed.
Current work involves:
- requirements analysis for air traffic control engineering and communicating systems,
- techniques for the formal modelling and analysis of mixed reality systems,
- conceptual frameworks for modelling and analysis of heterogeneous mobile robotic systems.
Further information is available at http://dcs.gla.ac.uk/~michele/.