Abstract: We study the stability of large-scale discrete-time dynamical systems that are composed of interconnected subsystems. The stability of such systems is a function of both the dynamics and the ...

Rebalancing is performed on the graph's vertices, i.e., between city areas. We propose a linear, discrete-time model of an AMoD system using a transformed network. After acquiring the model, the ...

1. Introduction. Complex systems are broadly defined as systems that comprise interacting non-linear components (Boccaletti et al., 2006).Discrete-time complex systems can be represented using ...

Discover the fascinating world of chaotic synchronization in nonlinear dynamical systems. Explore a new mathematical framework for studying synchronization in discrete-time systems. Witness the power ...

I will present an automated approach to processing Conley index information for discrete-time dynamical systems, joint work with Sarah Day and Rodrigo Treviño. This approach produces a topologically ...

We study the stability of large-scale discrete-time dynamical systems that are composed of interconnected subsystems. The stability of such systems is a function of both the dynamics and the ...