Your assigned data file contains commenting interactions among redditors collected from a subreddit community. The descriptions of the column names are provided in the following table. You are asked to construct a network using Gephi based on the information from the provided data file. Each node in the network represents a member of the sub-reddit community, and each link denotes a commenting relationship (namely CommentID comments on a post from ParentID). You need to use Gephi to complete the following tasks. 1) (4 pts) Download your assigned (source) data file. Use the data file to prepare input file(s) for Gephi, and label the input file(s) with the same name as the source data file. 2) (21 pts) Compute the following three types of centrality measures for all nodes in the network and update input data files accordingly: o degree centrality - closeness centrality o betweeness centrality 3) (15 pts) Identify the top-5 nodes for each of the above three centrality measures and fill the information of those nodes into the following table. 4) (5 pts) Visualization of the entire network and take a screenshot of the visualization. 5) (5 pts) Show a plot of the degree distribution of the network. Your assigned data file contains commenting interactions among redditors collected from a subreddit community. The descriptions of the column names are provided in the following table. You are asked to construct a network using Gephi based on the information from the provided data file. Each node in the network represents a member of the sub-reddit community, and each link denotes a commenting relationship (namely CommentID comments on a post from ParentID). You need to use Gephi to complete the following tasks. 1) (4 pts) Download your assigned (source) data file. Use the data file to prepare input file(s) for Gephi, and label the input file(s) with the same name as the source data file. 2) (21 pts) Compute the following three types of centrality measures for all nodes in the network and update input data files accordingly: o degree centrality - closeness centrality o betweeness centrality 3) (15 pts) Identify the top-5 nodes for each of the above three centrality measures and fill the information of those nodes into the following table. 4) (5 pts) Visualization of the entire network and take a screenshot of the visualization. 5) (5 pts) Show a plot of the degree distribution of the network