This comprehensive resource provides systems engineers and practitioners with the
analytic, design and modeling tools of the Model-Based Systems Engineering (MBSE) …

It is well known that the performance of computer controlled systems is heavily affected by
delays and jitter occurring in the control loops, which are mainly caused by the interference …

We present a contract-based technique to achieve reuse of known worst-case execution
times (WCET) in conjunction with reuse of software components. For resource constrained …

For many control systems, control performance is strongly dependent on delay variations of
the control tasks. Such variations can come from a number of sources including task …

For control applications implemented with periodic tasks, fluctuations in start or response
timing cause jitters which may disturb periodicity and result in performance degradation or …

It is well known that the performance of computer controlled systems is heavily affected by
delays and jitter occurring in the control loops, which are mainly caused by the interference …

Linking real-time schedulability directly to the quality of control (QoC), the ultimate goal of a
control system, a hierarchical feedback QoC management framework with the fixed priority …

This study presents a design method for Internet-based control systems in a dual-rate
configuration to achieve load minimisation and dynamic performance specifications. It …

Metasploit is a framework for cybersecurity testing. The Metasploit Framework provides the
Hardware Bridge API to enable security testing of cyber-physical systems. Cyber-physical …

We study the watermarking of 2D vector data and introduce a framework which preserves
topological properties of the input. Our framework is based on so-called maximum …