Noisy Label Learning
Noisy label learning tackles the challenge of training machine learning models on datasets containing inaccurate labels, a common problem in real-world applications. Current research focuses on developing robust algorithms that can identify and mitigate the effects of noisy labels, employing techniques such as sample selection, label correction, and the integration of semi-supervised and contrastive learning methods within various model architectures (e.g., mixture models, co-teaching networks). These advancements are crucial for improving the reliability and generalizability of machine learning models across diverse domains, particularly where obtaining perfectly labeled data is impractical or expensive. The resulting improvements in model accuracy and robustness have significant implications for various fields, including healthcare, computer vision, and natural language processing.