M. Foley

TL;DR: Object-based graphical user interfaces that may be used as flexible, device independent front-ends for power system simulation and control are discussed and an experimental prototype GUI suitable for energy management systems or operator training simulators is described.

TL;DR: This paper presents a method for online network analysis using only physically based objects, the same ones that are routinely used in database and user interface applications, and shows that power network analysis, specifically topology processing and power flow, is feasible using message passing between physical objects.

TL;DR: A laboratory environment for research, teaching and demonstration of power system behavior developed at Arizona State University is described, which includes a real-time digital simulation of a large power system and a program-to-program communication specifically developed for this application.

TL;DR: A real-time AC power system simulation laboratory that has been developed at Arizona State University is described, which gives students the opportunity to witness first-hand how a large power system behaves.