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@ AngelZywei 语义网中对于特定领域的实体和实体关系抽取(对于半结构化的文本来说)的权威文章 #100
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NIST TAC Knowledge Base Population (KBP2014) Entity Linking Track Entity Linking and Wikification Reading List |
相关专家 @昊奋 @孙明明_SmarterChina |
我想找两者都涵盖的综述,以及侧重于对于某个特定领域的entity relation extraction。因为我现在看到的很多是有关无结构的文本的relation extraction,而我想找的是半结构化的文本relation extraction,也可以说relation extraction from the website。比如说,一个疾病的详细描述页面(比如感冒),就会有其属性/关系的相关描述 |
@刘知远THU 微博个人认证 :非常喜欢哈工大HIT-SCIR @付瑞吉ricky 等在ACL 2014上的 Learning Semantic Hierarchies via Word Embeddings http://t.cn/RPmtwHp 利用word embedding技术从文本中检测词汇的上下位关系,思路简单,方法高效,论文图示赏心悦目。这应该是首个充分利用word2vec的king-queen=man-woman特性的研究工作。 @刘知远THU: NIPS 2013上的这篇Translating Embeddings for Modeling Multi-relational Data 也是基于类似的思想,针对知识图谱的多类关系,构建 head_entity + relation = tail_entity 的优化目标,也取得很不错的效果,相信会有很多后续工作追踪这类方法。 |
@黑芝麻牛白芝麻羊 :#PKULIS国际研讨会#Indiana University丁颖老师演讲Konwledge Graph:Mining Knowledge Transfer and Usage她团队研究思路:future search:string--entity--relation--subgragh http://t.cn/RvFAQyE |
@王威廉 :IMLS候任主席,CRF作者Andrew McCallum今天在CIKM介绍了其最近关于Universal Schema方面的研究。其实基本概念很简单,用矩阵的行表示entity pairs,列表示各种关系(如Freebase, TAC),然后直接跑matrix factorization的算法来做关系预测。据说结果都相当好。http://t.cn/zRbenhT @鲁东东胖: 本质还是entity-relation embedding |
@王利锋Fandy :硕士时搞“实体关系抽取(Relation Extraction)”,拜读过他的文章《StatSnowball: a statistical approach to extracting entity relationships》(http://t.cn/zTeVifR ),就是大家熟知的人立方 (http://t.cn/hIhVO )。 |
LBS周刊 :呵呵, 翻译成LBS语言:点分为四类,人(person,是主体),地点(venue),实体(entity, 是客体),事件(event,activity,比如checkin),他们构成了一个四面体的立体全互联网络(relation network,graph).所以FGS把社交网络帝国的版图扩大了,也使搜索进化了//@王淮Harry: //@coletteliu: 转发微博 @lbs周刊 :今年看到的第二篇好文, 继续墙裂推荐. Graph Search是在Social Graph上进行的. Social Graph,最重要的就两样数据, 点, 如people, event, pages, objects; 线, 即点之间的关系, 比如某人对某个餐馆的like, 等等. 终于明白yelp为什么大跌了. by@王淮Harry |
http://www.cs.umd.edu/srl-book/ Introduction to Statistical Relational Learning |
http://www.cs.ubc.ca/~hkhosrav/pub/survey.pdf A Survey on Statistical Relational Learning |
http://www.cs.cmu.edu/~nbach/papers/A-survey-on-Relation-Extraction.pdf A Review of Relation Extraction |
http://ai.cs.washington.edu/pubs/279 Identifying Relations for Open Information Extraction |
http://fodava.gatech.edu/files/kdd2011/KDD-2011-talk-release.pdf Relation Extraction with Relation Topics
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http://www.cs.cmu.edu/~nbach/papers/Watson-vs-SMT.pdf |
So, tell me about Obama again. (Library for named entity recognitition and binary relation extraction) = |
http://deepdive.stanford.edu/ |
http://googleresearch.blogspot.ie/2013/12/free-language-lessons-for-computers.html |
Entity Network Extraction based on Association Finding and Relation Extraction #TPDL2013: http://bit.ly/1fxqoJd |
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