%0 Generic %1 fujita2012learning %A Fujita, Sumio %A Dupret, Georges %A Baeza-Yates, Ricardo %D 2012 %K learningtorank queryexpansion ranking recommendation %T Learning to Rank Query Recommendations by Semantic Similarities %U http://arxiv.org/abs/1204.2712 %X Logs of the interactions with a search engine show that users often reformulate their queries. Examining these reformulations shows that recommendations that precise the focus of a query are helpful, like those based on expansions of the original queries. But it also shows that queries that express some topical shift with respect to the original query can help user access more rapidly the information they need. We propose a method to identify from the query logs of past users queries that either focus or shift the initial query topic. This method combines various click-based, topic-based and session based ranking strategies and uses supervised learning in order to maximize the semantic similarities between the query and the recommendations, while at the same diversifying them. We evaluate our method using the query/click logs of a Japanese web search engine and we show that the combination of the three methods proposed is significantly better than any of them taken individually.

@misc{fujita2012learning, abstract = {Logs of the interactions with a search engine show that users often reformulate their queries. Examining these reformulations shows that recommendations that precise the focus of a query are helpful, like those based on expansions of the original queries. But it also shows that queries that express some topical shift with respect to the original query can help user access more rapidly the information they need. We propose a method to identify from the query logs of past users queries that either focus or shift the initial query topic. This method combines various click-based, topic-based and session based ranking strategies and uses supervised learning in order to maximize the semantic similarities between the query and the recommendations, while at the same diversifying them. We evaluate our method using the query/click logs of a Japanese web search engine and we show that the combination of the three methods proposed is significantly better than any of them taken individually.}, added-at = {2022-06-13T16:59:36.000+0200}, author = {Fujita, Sumio and Dupret, Georges and Baeza-Yates, Ricardo}, biburl = {https://www.bibsonomy.org/bibtex/21a13620fb05f64ca0971af5fd5ee1182/simonha94}, description = {1204.2712.pdf}, interhash = {62fcb8d88b21ae0696120c4f31a5e753}, intrahash = {1a13620fb05f64ca0971af5fd5ee1182}, keywords = {learningtorank queryexpansion ranking recommendation}, note = {cite arxiv:1204.2712Comment: 2nd International Workshop on Usage Analysis and the Web of Data (USEWOD2012) in the 21st International World Wide Web Conference (WWW2012), Lyon, France, April 17th, 2012}, timestamp = {2022-06-13T16:59:36.000+0200}, title = {Learning to Rank Query Recommendations by Semantic Similarities}, url = {http://arxiv.org/abs/1204.2712}, year = 2012 }