Width Neural Network
Width in neural networks is a crucial architectural parameter significantly impacting model performance and generalization. Current research focuses on understanding the relationship between network width and various aspects of learning, including feature extraction, generalization error, and the convergence of training algorithms, often employing models like residual networks and message-passing neural networks. These investigations utilize both theoretical analyses, such as examining infinite-width limits and kernel methods, and empirical studies involving gradient descent and other optimization techniques. This research aims to provide a deeper understanding of neural network behavior and to inform the design of more efficient and effective architectures for various machine learning tasks.