Part (a) Question 2 0.0/2.0 points (graded) Try visualizing the graph at each phase. For networkx you can use nx.draw(g,

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answerhappygod
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Part (a) Question 2 0.0/2.0 points (graded) Try visualizing the graph at each phase. For networkx you can use nx.draw(g,

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Part A Question 2 0 0 2 0 Points Graded Try Visualizing The Graph At Each Phase For Networkx You Can Use Nx Draw G 1
Part A Question 2 0 0 2 0 Points Graded Try Visualizing The Graph At Each Phase For Networkx You Can Use Nx Draw G 1 (75.29 KiB) Viewed 26 times
Part A Question 2 0 0 2 0 Points Graded Try Visualizing The Graph At Each Phase For Networkx You Can Use Nx Draw G 2
Part A Question 2 0 0 2 0 Points Graded Try Visualizing The Graph At Each Phase For Networkx You Can Use Nx Draw G 2 (46.99 KiB) Viewed 26 times
You can also load this dataset directly from the internet (whichis slightly more convenient when using Colab) using the followingPython code:
Part (a) Question 2 0.0/2.0 points (graded) Try visualizing the graph at each phase. For networkx you can use nx.draw(g, pos=nx.drawing.nx_agraph.graphviz_layout(g), where the graphviz layout algorithm graphviz_layout has been used. The graphviz algorithm is recommended for these complex graphs, and you will need it to answer some of these questions. You can install it on Ubuntu using sudo apt-get install graphviz graphviz-dev pip install pygraphviz or you can install it on Google Colab by running the following in its own cell: lapt-get install graphviz graphviz-dev !pip install pygraphviz For macOS and Windows, you can find instructions here. Visualize the graph for Phase 3. Which of the following plots below correspond to Phase 3? O O 0 O O (a) X U (d) 00 • YOO (a) with_labels=True) (c) ... G Ⓡo 03 (b)
Part (f) Question 1 0.0/2.0 points (graded) Now, we will attempt to analyze the overall evolution of the network and correlate the patterns we observe to events that happened during the investigation. The plots below visualizes the criminal network for 2 consecutive phases Phase x and x+1. Identify x using your visualization in Part (a) Question 2. X= (n) 10 O @ Ⓡ (80) TO Phase X+1 Ⓒ 12 Ⓡ ♡
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