In the previous article the foundations for a generalized implementation of gradient descent. Namely, cases with multiple inputs and one output, and multiple outputs and one input.
In this article, we will continue our generalization efforts to come up with a version of gradient descent that works with any number
In the previous article, we learned about gradient descent with a simple 1-input/1-output network. In this article, we will learn how to generalize this technique for networks with any number of inputs and outputs.
We will concentrate on 3 different scenarios:
Just including the script tags Google Analytics provides you is not enough to enable analytics when a user is navigating your app with Turbolinks.
We need to enable our app to send analytics to google every time Turbolinks loads, and I wanted to share the solution I came up with
In the previous article, we learned about hot/cold learning.
We also learned that hot/cold learning has some problems: it's slow and prone to overshoot, so we need a better way of adjusting the weights.
A better approach should take into consideration how accurate our predictions are and adjust
In the previous articles, we learned how neural networks perform estimations: a weighted sum is performed between the network inputs and its weights. Until now, the values of those weights were given to us by a mysterious external force. We took for granted that those are the values that produce