Description: Neural network visualization is a fundamental technique that allows for the graphical representation of the architecture and performance of neural networks. These visualizations help researchers and developers better understand how networks operate, facilitating pattern identification, error debugging, and model optimization. In the context of various frameworks for neural network development, visualization becomes an essential tool. Through graphs and diagrams, one can observe the layers of the network, the connections between neurons, and the flow of data, providing a clear view of the learning process. Additionally, performance visualization, such as loss and accuracy during training, allows users to adjust hyperparameters and improve model effectiveness. In summary, neural network visualization is not only crucial for the theoretical understanding of these complex systems but also an indispensable practice in the practical development of artificial intelligence applications.
