| ![examples/multi-line_en_white.png](./examples/multi-line_en_white.png) | This chapter is currently only available <br/>in this web version. ebook and print will follow.<br/>Convolutional neural networks learn abstract <br/>features and concepts from raw image pixels. Feature<br/>Visualization visualizes the learned features <br/>by activation maximization. Network Dissection labels<br/>neural network units (e.g. channels) with human concepts. |
| ![examples/multi-line_en_black.png](./examples/multi-line_en_black.png) | transforms the image many times. First, the image <br/>goes through many convolutional layers. In those<br/>convolutional layers, the network learns new <br/>and increasingly complex features in its layers. Then the <br/>transformed image information goes through <br/>the fully connected layers and turns into a classification<br/>or prediction. |
| ![examples/multi-line_en_black.png](./examples/multi-line_en_black.png) | transforms the image many times. First, the image <br/>goes through many convolutional layers. In those<br/>convolutional layers, the network learns new <br/>and increasingly complex features in its layers. Then the <br/>transformed image information goes through <br/>the fully connected layers and turns into a classification<br/>or prediction. |