Low Rank Property
Low-rank property research focuses on exploiting the inherent low-rank structure within data matrices or tensors to improve efficiency and accuracy in various applications. Current research emphasizes developing algorithms that leverage this property, including those based on incremental low-rank learning, sharpness-aware minimization, and structured tensor models like Tucker decompositions. This focus is driven by the need for efficient processing of large datasets and improved generalization capabilities in machine learning, as well as enhanced performance in signal processing tasks like phase retrieval and source localization. The resulting advancements have significant implications for resource-constrained devices and applications requiring robust solutions in the presence of noisy or incomplete data.