作者: Weiwei Cheng , Eyke Hüllermeier
DOI: 10.1007/978-3-642-33486-3_6
关键词: Pairwise comparison 、 Brier score 、 Mathematics 、 Basis (linear algebra) 、 Context (language use) 、 Multinomial distribution 、 Artificial intelligence 、 Ranking SVM 、 Data mining 、 Machine learning 、 Multiclass classification 、 Ranking (information retrieval)
摘要: We consider the problem of probability estimation in setting multi-class classification. While this has already been addressed literature, we tackle it from a novel perspective. Exploiting close connection between and ranking, our idea is to solve former on basis latter, taking advantage recently developed methods for label ranking. More specifically, argue that Plackett-Luce ranking model very natural choice context, especially as can be seen multinomial extension Bradley-Terry model. The latter provides pairwise coupling techniques, which arguably constitute state-of-the-art estimation. explore relationship ranking-based approach estimation, both formally empirically. Using synthetic real-world data, show method does not only enjoy nice theoretical properties, but also competitive terms accuracy efficiency.