In a number of applications involving classification, the final goal is not determining which class individual unlabelled instances belong to, but estimating the prevalence of each class
in the unlabelled data. In recent years it has been pointed out that, in these cases, it would make sense to directly optimise machine learning algorithms for this goal
rather than just optimising the classifier’s ability to label individual instances. The task of training estimators of class prevalence via supervised learning is known as learning to quantify, or, more simply, quantification.
2025 |
Kernel density estimation for multiclass quantification.
Machine Learning. 114(4). |
2024 |
Multi-Label Quantification.
ACM Transactions on Knowledge Discovery from Data. 18(1). |
2024 |
A Noise-Oriented and Redundancy-Aware Instance Selection Framework.
ACM Transactions on Information Systems. |