… Hence, the discrete version has been an important subject of … dynamical complexity of a
discrete-time predator–prey model, … type predator–prey system [15] by Euler method. About the …

… , while a dynamic simulation model represents a system as it … to classify a system as being
either discrete or continuous … we classified system models in three different types: discrete, …

… for complex systems, when correlation function exist. In forthcoming papers we intend to apply
developed method for discrete random processes analysis in complex systems … systems, …

… at multiple scales and also to develop dynamical models of how the collectives behave. …
Now is the time to do our very first exercise of computer simulation of discrete-time models …

… the use of analytic methods is limited in that they are unable to model complex systems. The
mathematical complexity generally requires a significant simplification of the problem, often …

… In three and more dimensions, there can be more complicated systems with apparently “chaotic”
behavior. Such motion is neither periodic nor quasiperiodic, appears to be random, but …

… With the development and integration of cyber-physical and safety-critical systems, there
is an increasing need for computational tools for verification and control of complex systems …

… raised our interest in discrete event dynamic systems (DEDS). … Colored Petri nets are used
to specify complex systems with … statecharts and their applications to complex system design. …

… discrete kinetic theory approach is defined. Then, an application is carried out to modelling
complex systems which describe social dynamics… population dynamics models contemplating …

… effectively inform continuous models [9]. In this work we focus on discrete dynamic models.
Attractors are long-term behaviors of a dynamic system, and represent system-level outcomes…