Multi-Label Feature Selection Using Adaptive and Transformed Relevance
This addresses the problem of feature selection in multi-label learning for applications like text and image classification, representing an incremental improvement over existing methods.
The paper tackles multi-label feature selection by proposing ATR, a novel information-theoretical filter-based method that combines algorithm adaptation and problem transformation, achieving superior performance over ten state-of-the-art methods across twelve benchmarks and six evaluation metrics.
Multi-label learning has emerged as a crucial paradigm in data analysis, addressing scenarios where instances are associated with multiple class labels simultaneously. With the growing prevalence of multi-label data across diverse applications, such as text and image classification, the significance of multi-label feature selection has become increasingly evident. This paper presents a novel information-theoretical filter-based multi-label feature selection, called ATR, with a new heuristic function. Incorporating a combinations of algorithm adaptation and problem transformation approaches, ATR ranks features considering individual labels as well as abstract label space discriminative powers. Our experimental studies encompass twelve benchmarks spanning various domains, demonstrating the superiority of our approach over ten state-of-the-art information-theoretical filter-based multi-label feature selection methods across six evaluation metrics. Furthermore, our experiments affirm the scalability of ATR for benchmarks characterized by extensive feature and label spaces. The codes are available at https://github.com/Sadegh28/ATR