ABSTRACT
Dynamical systems are around us. Recent technological advances in drone and robotic technologies contributed to publicity about the increased complexity of today's systems. There is a consensus that system design is a very challenging task. A significant amount of research is dedicated to a deeper understanding of the reasons and effects of system failures and modeling of self-composing software that adapts to new environments. One of the most basic types of modeling theories is describing discretized systems where a continued process is divided into a set of individual states or steps that change over time. This conceptual platform is typically a stepping stone toward more complex design tools utilizing dynamic relationships between discrete and dynamically changing states of the system. A distinct problem that needs to be addressed is behavioral modeling of human users. System design of the present is rooted in information systems and software engineering research.
