An overview of the current state of the art of formal verification of real-time systems is
presented. We discuss commonly accepted models, specification languages, verification …

We investigate the effect on efficiency of various design issues for BDD-like data structures
of TA state space representation and manipulation. We find that the efficiency is highly …

The growing complexity of embedded real-time software requirements calls for the design of
reusable software components, the synthesis and generation of software code, and the …

We investigate the efficiency of BDD-like data-structures for timed automata verification. We
find that the efficiency is highly sensitive to the variable designs and canonical form …

Alloy is a lightweight language for software modelling. It's designed to be flexible and
expressive, and yet amenable to fully automatic simulation and checking. At its core, Alloy is …

In this demo we present X-Time, a prototype for managing schema versioning in relational
data warehouses, specifically oriented to support the formulation of cross-version queries …

With rapid developments in science and technology, we now see the ubiquitous use of
different types of safety-critical systems in our daily lives such as in avionics, consumer …

Formal verification of robotic functional components is extremely important. Indeed, with the
growing involvement of autonomous systems in everyday life, we may no longer rely on …

When engineers design a system, there is always a question about how exhaustive the
system has been examined to be correct. Coverage estimation provides an answer to this …

Priorities are often used to resolve conflicts in timed systems. However, priorities are not
directly supported by state-of-art model checkers. Often, a designer has to either abstract the …