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Topic: latent variables models

ePoster
1 ePoster

In Applied Mathematics and Artificial Intelligence

ePoster · Computational Neuroscience

Learning Hebbian/Anti-Hebbian networks in continuous time

Henrique Reis Aguiar, Matthias Hennig · Bernstein Conference 2024

The brain computes internal representations by applying highly recurrent dynamics to feed-forward input. Such dynamics may be viewed as analogous to the inference step in latent variables models, where one usually follows the gradient of the latent posterior distribution until a stable state is reached. At the stable state, when this gradient has approximately zero norm, a parameter optimization step can be applied to slightly increase the likelihood of the current sample under the model. Here we suggest this procedure, which closely matches the expectation-maximization (EM) algorithm, can be