Unsupervised Learning: Difference between revisions

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\end{align}
\end{align}
</math>
</math>
;Notes
This procedure will yield us a sequence of parameters and losses.<br>
<math> \mu^{0}, z^{0}, \mu^1, z^1, ...</math><br>
<math> L(0) \geq L(1) \geq L(2) \geq ...</math><br>
* Since the loss is monotone decreasing and bounded below, it will converge by the monotone convergence theorem.
* However, this does not imply that the parameters <math>\mathbf{\mu}</math> and <math>\mathbf{z}</mathbf> will converge.


====Algorithm====
====Algorithm====