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Goal

The objective is to write a script to decide on the score of a judo throw. Some of the milestones of this project include 1. collecting a large video dataset of games labeled with the referee decisions, 2. finding cool features and 3. training a deep neural network on the data.

Here is an example of a feature that could be used to train the model.

TODO

Joris

  • Refactor web scraper

  • Fix web scraper

    • Use "judoka" page rather than "ranking"
    • Identify ippon by Hansoku-Make rather than throw
  • Characteristics

    • Judoka
      • Family name
      • Given name
      • Country
      • Number of ippons
      • Number of waza
      • Weight category
      • Age
        ...etc
    • Fight
      • is_ippon
      • number waza
      • correct fights with 2 ippons
    • Start organising with Pandas, move to databases later.
    • Multi-threading ?
  • See if metadata can be used to store athlete name (mkv)

Yann

Ideas

  • Features

    • Impact velocity
    • Facing the ground? (Head facing)
  • Sequence of images to determine score with number of frames laid_down vs not laid_down

1. Videos

Data management

  • Remove folder organization per athlete (all videos in one folder)
  • Video title
    • Keep original title for now
    • Use hash (ID) to identify video
    • Parse (=extract info from video title)

2. Image segmentation (CNN)

Ideas

Model Zoo

  • Unet* (human shape segmentation)
  • Bodypix* TensorFlow.js (human segmentation + body part identification)
  • DeepSkeleton (multiple CNN kernels for medial axis detection)
  • Holistically-Nested Edge Detection (powerful edge detector ~oriented gradients)

*: pre-trained models available!

Algorithm pipeline

    1. Segmentation box
    1. Segmentation silhouette (edge detection)
  • keras_segmentation

    1. Skeletonization
  • Apply "grassfire transform" as feature extraction algorithm?

  • DeepSkeleton (the source is closed :/)

    1. Color cue
  • "Attention" algorithm

Techniques

  • Transfer learning (with fine tuning on our task)
  • GPU

3. is_laid_down?

  • Difference in Y's between feet and hands.

4. Score detection

I. Score vs not score

II. Waza-ari vs ippon

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