AI News, TensorFlow - Not Just for Deep Learning

TensorFlow - Not Just for Deep Learning

(Chinese translation here (中文) by Xiatian) One time when I was illustrating the code base and architecture of TensorFlow to my friends, they were quite surprised by how much more code was introduced since TensorFlow’s first open-source release.

They were only expecting several popular types of deep learning algorithms from the code base as heard from other people and social media.

In this blog post, I will introduce the wide range of general machine learning algorithms and their building blocks provided by TensorFlow in tf.contrib.

TF.Learn is a high-level module inside TensorFlow that provides various number of machine learning algorithms inside it’s estimators module.

They are often used to solve optimization problems for numeric analysis, including optimizing parameter space to find a better model.

Regularizers, such as L1 and L2 regularizations, available in tf.contrib.layers.regularizers module, are often used to reduce the risk of overfitting by penalizing the large number of features used in the model.

There are additional functions in tf.contrib.layers.embedding that convert high-dimensional categorical features into a low-dimensional and dense real-valued vector, often referred to as an embedding vector.

TensorFlow provides a wide range of loss functions to choose inside tf.contrib.losses, such as sigmoid and softmax cross entropy, log-loss, hinge loss, sum of squares, sum of pairwise squares, etc.

Learn and Improve your Machine Learning Skills with TensorFlow’s Free Seedbank Platform

Seedbank enables you to learn and discover various new machine learning examples and assists you in understanding and implementing your ideas.

The various learning categories Seedbank is offering include ‘classification’, ‘unsupervised learning’, ‘text and language’, ‘recurrent nets’, etc., comprising machine learning examples, tutorials and algorithms.

Apart from this, TensorFlow Hub provides numerous pretrained machine learning modules along with the Colaboratory notebooks (machine learning codes by Google).

After you select the Colab notebook, you’ll be connected to a free GPU kernel where you can start working through the example or tutorial.

At present, Seedbank is able to track only notebooks by Google though the team is planning to index user-created content in the near future.

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