Event based reduction of power fluctuation using cyber-physical control-communication network in smart grids

Multi‐resolution modelling method based on time‐state‐machine in complex distribution network

“…1, when the operating state of the physical model changes, the cyber model sends a control signal to the physical model, so that the cyber‐physical model operates in the next state. Based on the above‐mentioned method, a cyber‐physical model of CDN containing microgrids is divided into two operating states according to the grid‐connected mode and the island mode, and then the power quality problems caused by the microgrids are studied [7]. However, considering the events in CDN, such as protection operations, voltage stability, and distributed power generation variations, only two operating states are not sufficient to study the multiple operating characteristics of CDN.…”

Global exponential stabilisation of acyclic traffic networks

“…Networks are large-scale entities representing different types of physical or cyber-physical systems such as fluid flow networks, communication networks, smart grids, etc. [1]- [4]. Particular emphasis is given in this study to traffic networks for which a plethora of diverse infrastructures can be addressed on the basis of a unifying modeling approach (see for example [5]- [7]).…”

Advanced nonlinear control concepts for freeway traffic networks

“…Networks are large-scale entities representing different types of physical or cyberphysical systems such as fluid flow networks, communication networks, smart grids, etc. (Ahmed, Akhtar, and Aziz, 2015;Marinaki and Papageorgiou, 2005;Moarref and Rodrigues, 2016;Shahid, 2016). In this thesis, particular emphasis is given to traffic networks for which a plethora of diverse infrastructures can be addressed on the basis of a unifying modeling approach (see, for example, Coogan and Arcak, 2014;Fermo and Tosin, 2013;Pisarski and Wit, 2012).…”