Travelled to:
1 × Germany
1 × Greece
1 × Israel
1 × Taiwan
1 × United Kingdom
2 × China
2 × USA
Collaborated with:
A.T.Ihler W.Cai T.Han X.Xie R.Liu W.Ping T.Todman W.Luk J.Liu D.Zhou J.C.Platt C.Meek A.U.Asuncion P.Smyth J.Jing Y.Ying L.Zhou J.Yan H.Li C.Xie Y.Wang J.L.Campos H.Sun
Talks about:
design (3) speech (2) studi (2) case (2) likelihood (1) represent (1) rehabilit (1) framework (1) distribut (1) structur (1)
Person: Qiang Liu
DBLP: Liu:Qiang
Contributed to:
Wrote 10 papers:
- DUXU-IXD-2015-CaiLLH #case study #experience #research #speech #user interface
- User Experience Research on the Rehabilitation System of Speech-Impaired Children — A Case Study on Speech Training Product (WC, JL, QL, TH), pp. 562–574.
- CASE-2014-LiuXL #approximate #capacity
- A queuing approximation method for capacity planning of emergency department with time-varying demand (QL, XX, RL), pp. 558–563.
- HIMI-DE-2014-JingLCYH #case study #design #framework #parametricity #representation
- Design Knowledge Framework Based on Parametric Representation — A Case Study of Cockpit Form Style Design (JJ, QL, WC, YY, TH), pp. 332–341.
- ICML-c2-2014-PingLI
- Marginal Structured SVM with Hidden Variables (WP, QL, ATI), pp. 190–198.
- ICML-c2-2014-ZhouLPM
- Aggregating Ordinal Labels from Crowds by Minimax Conditional Entropy (DZ, QL, JCP, CM), pp. 262–270.
- ICML-2012-LiuI #distributed #estimation #parametricity #pseudo
- Distributed Parameter Estimation via Pseudo-likelihood (QL, ATI), p. 182.
- ICML-2011-LiuI #bound #difference #using
- Bounding the Partition Function using Holder’s Inequality (QL, ATI), pp. 849–856.
- DATE-2010-LiuTL #automation #design #optimisation #power management
- Combining optimizations in automated low power design (QL, TT, WL), pp. 1791–1796.
- ICML-2010-AsuncionLIS
- Particle Filtered MCMC-MLE with Connections to Contrastive Divergence (AUA, QL, ATI, PS), pp. 47–54.
- HCI-IPT-2007-ZhouYLLXWCS #specification #visual notation
- Visual and Auditory Information Specifying an Impending Collision of an Approaching Object (LZ, JY, QL, HL, CX, YW, JLC, HjS), pp. 720–729.