Dataset Viewer

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File Structure

  • each training set will have it's own teamsvecs.pkl file that can be accessed through the following file path:
  • the file structure is identical to that in the OpeNTF github repository
\---output
|	\---{domain}                            # e.g. dblp
|		\---{training dataset}              # e.g. toy.dblp.v12.json
|			teamsvecs.pkl

Teamsvecs Structure

Teamsvecs.pkl

{
    'skill': {spare matrix of n_teams x n_skills},
    'member': {sparse matrix of n_teams x n_members},
    'loc': {sparse matrix of n_teams x n_locs}                   // optional
}

skill

  • every team in the entire dataset is represented as a row
  • every skill in the entire dataset is represented as a column
  • each row represents the skills that everyone on the team possesses

member

  • every team in the entire dataset is represented as a row
  • every member in the entire dataset is represented as a column
  • each row represents all the members for a the given team

loc

  • every geolocation in the entire dataset is represented as a row
  • every skill in the entire dataset is represented as a column
  • each row represents all the geolocations for a given team
  • NOTE: will be set to None if the dataset does not include geolocation

Full Sparse Matrix

  • the three sparse matrices from above can be aligned side by side to form a sparse matrix of n_teams x (n_skills + n_members + n_locs)

Example

  • team 1 includes members m1 and m2, skills of s2 and s4, and has the geolocation of l2.
  • team 2 includes members m2 and m3, skills of s1 and s2, and has the geolocation of l1.
s1 s2 s3 s4 m1 m2 m3 l1 l2
0 1 0 1 1 1 0 0 1
1 1 0 0 0 1 1 1 0

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