The paper discusses the problem of performance and timing parameters with respect to the
validation of digital instrumentation and control systems (I&C). Statistical methods often …

Nowadays, industrial control systems are becoming more digital, more complex, and more
interconnected causing growing anxiety about their safety, security, and especially …

The main differences between networked control systems (NCS) and classical directly
wired,(non-NCS) are phenomena such as packet dropouts and packet delays. In general …

One of the most important problems in direct digital controller design is to determine the
process model from the sampled data. Goodness of the control depends considerably on the …

This paper analyzes conditions for global parametric convergence of a networked recursive
identification algorithm. The FIR based algorithm accounts for networked delay and signal …

This paper studies a networked system identification problem, which aims at identifying
mathematical models required in networked control/estimation/filtering systems. Specifically …

Consideration is given to the computational modeling of distributed computer systems. For
that, the “Network calculus” method relying on the mini (maxi) plus algebra is used. The …

The paper considers the problem of experimental estimation of important control system
characteristics like signal delay and buffering parameters in the Network Calculus method …

The paper considers the statistical analysis problem for closed-loop sampled-data control
systems. Hereby, a periodic non-stationary continuous-time process is fed back by a digital …

Many systems can be modelled as networks of interconnected continuous-time transfer
functions. The coefficients of the transfer functions in the network are often directly related to …