To Do

  1. Look for notes from the twitter / gnip presentation. I don’t think I have any, though.
  2. Look up the gamma probability distribution function (used in the gnip presentation)
  3. What happens with closeness/harmonic centrality when there are multiple disjoint cycles? What if the cycles are of the same size?
  4. Look up the proposal format the department requires (grad handbook). Length is 15 pages?
  5. We want to be characterizing the shapes of these graphs/distributions, too. Not just explaining what happens at one point in time, but what does the change look like over time?
  6. Possible measure that could be interesting to someone: how many nodes have paths of length in time?
  7. A possible extension moving forward: use the full and compute the measure over the entire evolving network to get a ground truth value, then
  8. Develop and write the thesis statement

Notes