Abstract: Systems, methods, and computer program embodiments are disclosed for providing graphical visualization of a telecommunications network topology. In an embodiment, raw graph data may be received that that represents one or more communications paths in the telecommunications network. The raw graph data may contain a plurality of network nodes and connections between the nodes, and each node may be associated with an entity type. A graph classification may then be determined based on the received raw graph data, and the classification may be associated with a plurality of graph rendering rules. The raw graph data may be converted to rendered graph data by determining graphical positions for each of the plurality of network nodes according to the plurality of rendering rules. In an embodiment, the rendered graph data may include the plurality of network nodes, the determined position and associated entity type of each node, and connections between nodes.

Abstract: Systems, methods, and computer program embodiments are disclosed for providing graphical visualization of a telecommunications network topology. In an embodiment, raw graph data may be received that that represents one or more communications paths in the telecommunications network. The raw graph data may contain a plurality of network nodes and connections between the nodes, and each node may be associated with an entity type. A graph classification may then be determined based on the received raw graph data, and the classification may be associated with a plurality of graph rendering rules. The raw graph data may be converted to rendered graph data by determining graphical positions for each of the plurality of network nodes according to the plurality of rendering rules. In an embodiment, the rendered graph data may include the plurality of network nodes, the determined position and associated entity type of each node, and connections between nodes.