The paper presents the use of geographic data views (GDVs) to help improve large-scale
electric grid situational awareness for power flow and time-domain simulations. GDVs are …

Electric power distribution systems can be represented with mathematical graphs in which
the hub nodes are substations receiving electric power from the transmission system and …

Visualization of electric power transmission systems centers on the one-line diagram, which
is a simplified logical depiction of the circuit's connections and elements. Such a graph …

Electric grids with buses that are mapped to geographic latitude and longitude are useful for
a growing number of applications, such as data visualization, geomagnetically induced …

Public test cases representing large electric power systems at a high level of fidelity and
quality are few to non-existent, despite the potential value such cases would have to the …

Topology diagrams are widely seen in power system applications, but their automatic
generation is often easier said than done. When facing power transmission systems with …

In the big data domain, the visualization of graph systems provides users more intuitive
experiences, especially in the field of social networks, transportation systems, and even …

The network is a concept that can be seen a lot in many areas of research. It is used to
describe and interpret datasets in various fields such as social network, biological network …

One-line diagrams are widely used in power system applications, but their automatic layout
remains a challenge. Currently, most approaches are dedicated to solving the layout of …

Системи за дистрибуцију електричне енергије често се моделују графовима где
коренски чворови симболизују трансформаторске станице које добијају електричну …