Stochastic temporal logics have been proposed to express
requirements like correctness, availability, survivability or performability of
trustworthy system specifications. They are accompanied by
model-checking algorithms which can be applied to certify
these requirements on a component level. So far, this approach has
been implemented in academic prototypes.
This talk reports on our efforts to link an industrial state-of-the-art
modelling tool to these state-of-the-art analysis algorithms. In a
nutshell, we enable timed reachability analysis of uniform
continuous-time Markov decision processes, which are generated from
STATEMATE models. We give a detailed explanation of several
construction, transformation, reduction, and analysis steps required
to make this possible. The entire tool flow has been implemented,
and it is applied to a nontrivial example.
This work is supported by the DFG of project S3 of SFB/TR-14 AVACS.