In this chapter we present more specialized but very useful techniques. Autoencoders perform information processing though a bottleneck that determines the true information content of the data. They are simple mirror image-type network designs. Reservoir computing uses a random network reservoir that, while not trained, it provides useful states that help the general learning process. Physics informed networks can combine data with dynamical equations and learn from both.

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Autoencoders and More

  • Giorgos Tsironis

摘要

In this chapter we present more specialized but very useful techniques. Autoencoders perform information processing though a bottleneck that determines the true information content of the data. They are simple mirror image-type network designs. Reservoir computing uses a random network reservoir that, while not trained, it provides useful states that help the general learning process. Physics informed networks can combine data with dynamical equations and learn from both.