Strong connectivity and shortest paths for checking models
V Bloemen - 2019 - research.utwente.nl
V Bloemen
2019•research.utwente.nlWe study directed graphs and focus on algorithms for two classical graph problems; the
decomposition of a graph into Strongly Connected Components (SCCs), and the Single-
Source Shortest Path problem. In particular, we concentrate on the development of new
graph search algorithms for checking models, ie techniques that allow a user to analyse a
system and verify whether particular properties are maintained. Our contributions advance
the performance of state-of-the-art techniques for model checking and conformance …
decomposition of a graph into Strongly Connected Components (SCCs), and the Single-
Source Shortest Path problem. In particular, we concentrate on the development of new
graph search algorithms for checking models, ie techniques that allow a user to analyse a
system and verify whether particular properties are maintained. Our contributions advance
the performance of state-of-the-art techniques for model checking and conformance …
Abstract
We study directed graphs and focus on algorithms for two classical graph problems; the decomposition of a graph into Strongly Connected Components (SCCs), and the Single-Source Shortest Path problem. In particular, we concentrate on the development of new graph search algorithms for checking models, ie techniques that allow a user to analyse a system and verify whether particular properties are maintained. Our contributions advance the performance of state-of-the-art techniques for model checking and conformance checking. Moreover, we additionally pursue new directions to broaden the horizons of both fields.
research.utwente.nl