Travelled to:1 × Australia
1 × Chile
1 × Japan
1 × Sweden
2 × United Kingdom
4 × USA
Collaborated with:F.P.Junqueira B.B.Cambazoglu E.R.Hancock I.Arapakis H.Lu A.Silberstein S.H.Sengamedu R.C.Wilson H.Yu B.Liu J.Liu M.Barreda-Ángeles A.Pereda-Baños C.Zhao W.Fu J.Wang Q.Liu H.Zhang J.Wang J.Zhou J.Cheng H.Zhao
Talks about:user (4) search (3) spectral (2) recognit (2) select (2) object (2) latenc (2) featur (2) onlin (2) model (2)
Person: Xiao Bai
DBLP: Bai:Xiao
Contributed to:
2015
20142014
2013
201320122012201120082004Wrote 11 papers:
- SIGIR-2015-Barreda-Angeles #behaviour #latency
- Unconscious Physiological Effects of Search Latency on Users and Their Click Behaviour (MBÁ, IA, XB, BBC, APB), pp. 203–212.
- ICPR-2014-LiuL0L #classification #image #learning
- Regularized Hierarchical Feature Learning with Non-negative Sparsity and Selectivity for Image Classification (BL, JL, XB, HL), pp. 4293–4298.
- ICPR-2014-ZhaoFW0LL #modelling #process #recognition
- Discriminative Context Models for Collective Activity Recognition (CZ, WF, JW, XB, QL, HL), pp. 648–653.
- SIGIR-2014-ArapakisBC #behaviour #latency #web
- Impact of response latency on user behavior in web search (IA, XB, BBC), pp. 103–112.
- CIKM-2013-BaiJS #online #social
- Cache refreshing for online social news feeds (XB, FPJ, AS), pp. 787–792.
- KDD-2013-BaiJS #automation #generative #set
- Exploiting user clicks for automatic seed set generation for entity matching (XB, FPJ, SHS), pp. 980–988.
- ICPR-2012-ZhangWBZCZ #detection #feature model
- Object detection via foreground contour feature selection and part-based shape model (HZ, JW, XB, JZ, JC, HZ), pp. 2524–2527.
- SIGIR-2012-BaiJ #online #realtime #web
- Online result cache invalidation for real-time web search (XB, FPJ), pp. 641–650.
- CIKM-2011-BaiCJ #feedback
- Discovering URLs through user feedback (XB, BBC, FPJ), pp. 77–86.
- ICPR-2008-XiaoWH #graph #invariant #recognition #using
- Object recognition using graph spectral invariants (XB, RCW, ERH), pp. 1–4.
- ICPR-v3-2004-BaiYH #graph #using
- Graph Matching using Spectral Embedding and Alignment (XB, HY, ERH), pp. 398–401.