We illustrate the ingredients of the state-of-the-art of model-based approach for the formal
design and verification of cyber-physical systems. To capture the interaction between a …

The design and implementation of software for medical devices is challenging due to the
closed-loop interaction with the patient, which is a stochastic physical environment. The …

In the model-centric approach to model-driven development, the models used are
sufficiently detailed to be executed. Being able to execute the model directly, without any …

In formal verification, a designer first constructs a model, with mathematically precise
semantics, of the system under design, and performs extensive analysis with respect to …

This paper presents a methodology, with supporting tool, for formal modeling and analysis of
software components in cyber-physical systems. Using our approach, developers can …

The design and implementation of software for medical devices is challenging due to their
rapidly increasing functionality and the tight coupling of computation, control, and …

Cyber-physical systems are systems that combine discrete and continuous dynamics. In the
literature, cyber-physical systems are formally described by the concept of hybrid automata …

The focus of this dissertation is the formal verification of real-time systems: systems with
discrete control structures operating over a continuous time domain. Validation of …

Modern cyber-physical systems (CPS) are often developed in a model-based development
(MBD) paradigm. The MBD paradigm involves the construction of different kinds of …

We discuss the construction of an assurance case for the pacemaker software. The software
is developed following a model-based technique that combined formal modeling of the …