Examples of using Gradient descent in English and their translations into Chinese
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An intuitive way to think of Gradient Descent is to imagine the path of a river originating from top of a mountain.
Now we will take the concept of computation graphs and gradient descent together and see how the parameters of logistic regression can be updated.
The second method optimized scores through gradient descent for building highly accurate structures.
Specifically, let's consider the gradient descent algorithm, which starts with some initial θ, and repeatedly performs the update.
If we define the batch size to be 1, this is called stochastic gradient descent.
This can make SGD faster than Batch Gradient Descent, depending on the problem.
An intuitive way to think of Gradient Descent is to imagine the path of a river originating from top of a mountain.
Now it's time to put all of this together and use gradient descent to make our dither pattern better.
Let's examine a better mechanism- very popular in machine learning- called gradient descent.
You can think of this update rule as defining the gradient descent algorithm.
The houses in the gradient descent district are all smooth curves and densely intertwined patterns, almost more like a jungle than a city.
And like many other things in machine learning, we can learn attribute weights by gradient descent.
This tutorial assumes a basic knowledge of machine learning(specifically, familiarity with the ideas of supervised learning, logistic regression, gradient descent).
It is called gradient boosting because it uses a gradient descent algorithm to minimize the loss when adding new models.
Up to this point, we have seen how to use gradient descent for updating the parameters for logistic regression.
Actually, it turns out that while neural networks are sometimes intimidating structures, the mechanism for making them work is surprisingly simple: stochastic gradient descent.
I usually apply that same method to logistic regression, too to monitor a gradient descent, to make sure it's converging correctly.
However, it still serves as a decent pedagogical tool to get some of the most important ideas about gradient descent across the board.
This is the go-to algorithm when training a neural network and it is the most common type of gradient descent within deep learning.
Although the GQN training objective is intractable, owing to the presence of latent variables, we can employ variational approximations and optimize with stochastic gradient descent.