Reference no: EM133036461 , Length: word count:1000
Computer part
Instructions for the computer part
- Return a jupyter notebook (.ipynb) file. Files returned in other formats (PDF, R, etc.) will not be marked.
- Recall that the notebook must use R.
- The first cell in the notebook should be a markdown cell with your name, student number and tutorial section you are registered in indicated.
- Please make use of the capacity to insert markdown text in notebooks. In the same way as long form answers need some explanations to be worth full marks, I will need to be able to be told what you are doing in order for your code to receive full.
Search the web for a real world graph/network (with at least, say, 15 vertices) and perform the same type of work as outlined in the video for Lecture 20 and part 1 of Lecture 21 and the corresponding jupyter notebook. Some remarks.
- You cannot use the graph I provided as an example in Lecture 20/21, you need to come up with your own graph.
- Your code should download the data from the web directly: as usual, I am allowing submission of only a single file, so if you refer to a csv file you created, I will not have access to it.
- In the worst case, you can "hard encode" the graph, i.e., make an explicit list of arcs/edges at the beginning of your code and load that.
- The graph does not need to be spatial as in Lecture 20/21.
- Interpret the results you obtain, do not just write out the function results.