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So in this lecture, we will summarize everything we learned in this section, as you saw, the section

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was mostly about two things.

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Number one, introducing you to TensorFlow syntax.

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So now you know all the main steps that go into writing a TensorFlow model, from defining a model to

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training it to making predictions.

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You learn that training with neural networks isn't as simple as calling model Dutch fit as it is with,

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so I can learn things to care as the process is greatly simplified, but it's still less automatic than

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most Saikia learn models.

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And number two, you saw that the linear models we learned about before are actually models of the neuron,

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which are inspired by biology as in real living creatures.

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This idea of the neuron is important because this was the inspiration behind deep learning.

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Unlike models such as the SVM and decision, trees which are purely mathematical neural networks are

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inspired by how biological brains work and how we think as humans.

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This is one aspect of deep learning that differentiates it from other forms of artificial intelligence.

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You also saw that, unlike psyche, learn understanding the learning process a bit more in depth is

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required when using deep learning.

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This is really important because as the models we learn about become more complex.

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Choosing the right hyper parameters tends to become more difficult.

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With linear models, it's easy to choose a learning rate, but with CNN's CNN's and Aunt ends, there

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are many more parameters to consider.

