Gradient Clustering
Gradient clustering is a family of machine learning techniques that leverage gradients of model parameters to perform data clustering, addressing challenges in traditional methods. Current research focuses on developing distributed and robust gradient clustering algorithms, including those handling non-independent and identically distributed (non-IID) data and long-tailed distributions, often employing strategies like gradient balancing and neighborhood information exchange. These advancements improve clustering performance in complex scenarios, such as those with outliers or imbalanced class distributions, and enable efficient decentralized learning across networks of devices. The resulting improvements have significant implications for various applications, including robust group inference and improved model training on real-world datasets.