Travelled to:1 × Australia
1 × China
1 × Korea
1 × United Kingdom
6 × USA
Collaborated with:Q.Mei M.Zhang J.Qi D.Liang ∅ S.Hwang J.Veijalainen N.Natarajan M.Qu Z.Meng X.Nguyen N.Liu J.Yan Y.Shen S.Guo B.Gao S.Yan Z.Guo X.Wang X.Liu Z.Xu M.Wu M.F.Kaashoek Z.Zhang
Talks about:model (3) applic (2) topic (2) handl (2) text (2) gene (2) use (2) relationship (1) uncertainti (1) understand (1)
Person: Jian Tang
DBLP: Tang:Jian
Contributed to:
2015
20142013
2011
2008
2007
2006199819961995
1989Wrote 11 papers:
- KDD-2015-TangQM #named #network #predict #scalability
- PTE: Predictive Text Embedding through Large-scale Heterogeneous Text Networks (JT, MQ, QM), pp. 1165–1174.
- ICML-c1-2014-TangMNMZ #analysis #comprehension #modelling #topic
- Understanding the Limiting Factors of Topic Modeling via Posterior Contraction Analysis (JT, ZM, XN, QM, MZ), pp. 190–198.
- KDD-2013-TangZM #modelling #multi #topic
- One theme in all views: modeling consensus topics in multiple contexts (JT, MZ, QM), pp. 5–13.
- CIKM-2011-TangLYSGGYZ #behaviour #learning #rank
- Learning to rank audience for behavioral targeting in display ads (JT, NL, JY, YS, SG, BG, SY, MZ), pp. 605–610.
- OSDI-2008-GuoWTLXWKZ #kernel #named
- R2: An Application-Level Kernel for Record and Replay (ZG, XW, JT, XL, ZX, MW, MFK, ZZ), pp. 193–208.
- SAC-2007-QiT #array #feature model #ontology
- Integrating gene ontology into discriminative powers of genes for feature selection in microarray data (JQ, JT), pp. 430–434.
- RE-2006-TangL #case study #modelling
- Improving the Modeling of Use Case Relationship (JT, DL), pp. 348–351.
- CIKM-1998-Tang #incremental #performance #using
- Using Incremental Pruning to Increase the Efficiency of Dynamic Itemset Counting for Association Rules (JT), pp. 273–280.
- CIKM-1996-TangH #nondeterminism #workflow
- Handling Uncertainties in Workflow Applications (JT, SYH), pp. 269–276.
- CIKM-1995-TangV #concept #transaction
- Transaction-oriented Work-flow Concepts in Inter-Organizational Environments (JT, JV), pp. 250–259.
- SIGMOD-1989-TangN #database
- A Static Pessimistic Scheme for Handling Replicated Databases (JT, NN), pp. 389–398.