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public:ranking [2009/06/19 00:38]
htlin 建立
public:ranking [2019/06/25 13:25] (current)
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 we want the machines to automatically we want the machines to automatically
 rank/​recommend the songs based on our personal tastes. rank/​recommend the songs based on our personal tastes.
 +
 +====== Our Related Works ======
 +
 +===== paper =====
 +  * Yu-Xun Ruan, Hsuan-Tien Lin and Ming-Feng Tsai, Improving Ranking Performance with Cost-sensitive Ordinal Classification via Regression, ​ Improving Ranking Performance with Cost-sensitive Ordinal Classification via Regression. Information Retrieval, 2013. [[http://​www.csie.ntu.edu.tw/​~htlin/​paper/​doc/​cocr.pdf|link]]
 +  * Hsuan-Tien Lin and Ling Li. Reduction from Cost-sensitive Ordinal Ranking to Weighted Binary Classification. Neural Computation,​ to appear. Some preliminary parts appeared in NIPS '06 and PL Workshop @ ECML/PKDD '09. [[http://​www.csie.ntu.edu.tw/​~htlin/​paper/​doc/​redordinal.pdf|link]]
 +  * Ming-Feng Tsai, Shang-Tse Chen, Yao-Nan Chen, Chun-Sung Ferng, Chia-Hsuan Wang, Tzay-Yeu Wen and Hsuan-Tien Lin. An Ensemble Ranking Solution to the Yahoo! Learning to Rank Challenge. National Taiwan University, Technical Report, September 2010. [[http://​www.csie.ntu.edu.tw/​~htlin/​paper/​doc/​wsltr10ensemble.pdf|link]]
 +  * Hsuan-Tien Lin and Ling Li. Combining Ordinal Preferences by Boosting. Preference Learning Workshop @ ECML/PKDD '09, 2009. [[http://​www.csie.ntu.edu.tw/​~htlin/​paper/​doc/​wspl09adaboostor.pdf|link]]
 +
 +===== thesis =====
 +  * Yu-Xun Ruan. Studies on Ordinal Ranking with Regression. Master'​s Thesis, 2010.
 +  * Ken-Yi Lin. Data Selection Techniques for Large-scale RankSVM. Master'​s Thesis, 2009.
 +
  
public/ranking.1245371910.txt.gz · Last modified: 2019/06/25 13:26 (external edit)