Apply the Center of Mass Algorithm to cluster the nodes.

how the SDN Controller works OpenDaylight is an example that you could use. Total [2 +2 +2+2 +2- QUESTION 2 2.1 Apply the Centre of Mass Algorithm to cluster the nodes in the table below and provide the clusters. Ensure your answer includes a table with columns: Node, Neighbour, cost, X, Y. Weight, New Cluster. All calculations should be provided neatly and clearly Note: cluster centres are to be formed using weight to find the new cluster centre when a node is added. Do not put the new cluster centre half way between the cluster and the node to be added unless you're joining nodes or clusters of equal weight. Answers must be a table containing the cluster number, original nodes in the cluster and the x.y for the cluster. Note: Full names and student numbers are to be written on the graph paper before it is handed in. Table 1. Nodes to be Clustered NodeX Weight 31 90 59 58 50 92 64 60 74 63 87 67 75 39 27 48 38 85 10 Weight Limit 4 Number of clusters 3 nal Examination how the SDN Controller works OpenDaylight is an example that you could use. Total [2 +2 +2+2 +2- QUESTION 2 2.1 Apply the Centre of Mass Algorithm to cluster the nodes in the table below and provide the clusters. Ensure your answer includes a table with columns: Node, Neighbour, cost, X, Y. Weight, New Cluster. All calculations should be provided neatly and clearly Note: cluster centres are to be formed using weight to find the new cluster centre when a node is added. Do not put the new cluster centre half way between the cluster and the node to be added unless you're joining nodes or clusters of equal weight. Answers must be a table containing the cluster number, original nodes in the cluster and the x.y for the cluster. Note: Full names and student numbers are to be written on the graph paper before it is handed in. Table 1. Nodes to be Clustered NodeX Weight 31 90 59 58 50 92 64 60 74 63 87 67 75 39 27 48 38 85 10 Weight Limit 4 Number of clusters 3 nal Examination