2015

Bayesian representation learning with oracle constraints

Karaletsos, Theofanis, Belongie, Serge, Rätsch, Gunnar

Understand

Representation learning systems typically rely on massive amounts of labeled data in order to be trained to high accuracy.

  • Recently, high-dimensional parametric models like neural networks have succeeded in building rich representations using either compressive, reconstructive or supervised criteria.
  • However, the semantic structure inherent in observations is oftentimes lost in the process.
  • Human perception excels at understanding semantics but cannot always be expressed in terms of labels.

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