in degree and out degree to show authors making comments vs authors receiving replies
take into account the # of interactions (weight)
possibly better to plot it in log-log, similar to MSN example
[x] Connectivity (Razielle)
Strongly Connected - nodes are connected in such a way that every vertex/node is reachable from other vertices/nodes of that subgraph
Weakly Connected - nodes are unreachable from other nodes/vertices of a graph or subgraph
PageRank computes a ranking of the nodes in the graph G based on the structure of the incoming links. It was originally designed as an algorithm to rank web pages.
[x] Degree distribution (Razielle)
all degrees
in degree and out degree to show authors making comments vs authors receiving replies
take into account the # of interactions (weight)
possibly better to plot it in log-log, similar to MSN example
[x] Connectivity (Razielle)
Strongly Connected - nodes are connected in such a way that every vertex/node is reachable from other vertices/nodes of that subgraph Weakly Connected - nodes are unreachable from other nodes/vertices of a graph or subgraph
similar to MSN example
authors that are connected together
[ ] PageRank
returns the PageRank of the nodes in the graph.
PageRank computes a ranking of the nodes in the graph G based on the structure of the incoming links. It was originally designed as an algorithm to rank web pages.
[x] Clustering Coefficient (TODO)
shows how authors are able to get more information from the neighbouring authors
information can spread between neighbours rather than straight from the source node
[x] Shortest Path
[ ] Degree Centrality
Other types of node centrality we could look at include Betweenness centrality and Closeness centrality
[x] Print analysis into a file (TODO)