1P.G. Student,
2Ph.D. Research Scholar,
*Corresponding author Email id: priyadarshini.barot@gmail.com
Learning from multi-label and multi-target data is always more difficult than single-label data. The complexity is incurred by multiple labels assigned to a sample as well as to provide ranking among labels. The learning algorithms used for single-label data are not suitable to learn from multi-label and multi-target data. There are many applications where multi-label and multi-target data are present, for example, image classification, gene classification and document classification. In this paper, review of multi-label classification methods is described. To see correlation between some of these methods and their performance measures, experiments are performed on real multi-label datasets and results are presented.
Single-Label Classification, Multi-Label Classification, Label Ranking, Problem Transformation Methods, Binary Relevance, Label Power Set, Pruned Set, MEKA