Google Developers2.4 млн
Опубликовано 16 августа 2016, 20:31
Last time we wrote an image classifier using TensorFlow for Poets. This time, we’ll write a basic one using TF.Learn. To make it easier for you to try this out, I wrote a Jupyter Notebook for this episode -- goo.gl/NNlMNu -- and I’ll start with a quick screencast of installing TensorFlow using Docker, and serving the notebook. This is a great way to get all the dependencies installed and properly configured. I've linked some additional notebooks below you can try out, too. Next, I’ll start introducing a linear classifier. My goal here is just to get us started. I’d like to spend a lot more time on this next episode, if there’s interest? I have a couple alternate ways of introducing them that I think would be helpful (and I put some exceptional links below for you to check out to learn more, esp. Colah's blog and CS231n - wow!). Finally, I’ll show you how to reproduce those nifty images of weights from TensorFlow.org's Basic MNIST’s tutorial.
Jupyter Notebook: goo.gl/NNlMNu
Docker images: goo.gl/8fmqVW
MNIST tutorial: goo.gl/GQ3t7n
Visualizing MNIST: goo.gl/ROcwpR (this blog is outstanding)
More notebooks: goo.gl/GgLIh7
More about linear classifiers: goo.gl/u2f2NE
Much more about linear classifiers: goo.gl/au1PdG (this course is outstanding, highly recommended)
More TF.Learn examples: goo.gl/szki63
Thanks for watching, and have fun! For updates on new episodes, you can find me on Twitter at www.twitter.com/random_forests
Jupyter Notebook: goo.gl/NNlMNu
Docker images: goo.gl/8fmqVW
MNIST tutorial: goo.gl/GQ3t7n
Visualizing MNIST: goo.gl/ROcwpR (this blog is outstanding)
More notebooks: goo.gl/GgLIh7
More about linear classifiers: goo.gl/u2f2NE
Much more about linear classifiers: goo.gl/au1PdG (this course is outstanding, highly recommended)
More TF.Learn examples: goo.gl/szki63
Thanks for watching, and have fun! For updates on new episodes, you can find me on Twitter at www.twitter.com/random_forests
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