Travelled to:1 × Australia
1 × France
1 × Germany
4 × USA
Collaborated with:X.Yan Y.Wu H.Sun M.Srivatsa B.Zong A.Khan W.Zhang J.Huang P.Gupta A.Iyengar J.Lou Q.Fu J.Li B.Wu W.Wolf N.Vijaykrishnan D.N.Serpanos Y.Xie Y.Li P.Kamousi F.Han S.Suri Y.Su S.Kase M.Vanni Y.Xie T.Wu J.Wu W.Wang S.Bhardwaj R.Vattikonda S.B.K.Vrudhula F.Liu Y.Cao
Talks about:graph (5) queri (3) partit (2) structureless (1) cryptosystem (1) schemaless (1) interleav (1) workflow (1) sequenti (1) knowledg (1)
Person: Shengqi Yang
DBLP: Yang:Shengqi
Contributed to:
2015
2014
201420132012
20112010
20072005Wrote 10 papers:
- KDD-2015-SuYSSKVY #feedback #graph
- Exploiting Relevance Feedback in Knowledge Graph Search (YS, SY, HS, MS, SK, MV, XY), pp. 1135–1144.
- SIGMOD-2014-YangXWWSWY #graph #named #query
- SLQ: a user-friendly graph querying system (SY, YX, YW, TW, HS, JW, XY), pp. 893–896.
- VLDB-2014-YangWSY #graph #query
- Schemaless and Structureless Graph Querying (SY, YW, HS, XY), pp. 565–576.
- VLDB-2013-LiKHYYS #clustering #memory management #performance #string
- Memory Efficient Minimum Substring Partitioning (YL, PK, FH, SY, XY, SS), pp. 169–180.
- VLDB-2013-WuYSIY #graph #keyword #query
- Summarizing Answer Graphs Induced by Keyword Queries (YW, SY, MS, AI, XY), pp. 1774–1785.
- SIGMOD-2012-YangYZK #effectiveness #graph #scalability #towards
- Towards effective partition management for large graphs (SY, XY, BZ, AK), pp. 517–528.
- DATE-2011-ZhangHYG #case study #interface #reliability
- Case study: Alleviating hotspots and improving chip reliability via carbon nanotube thermal interface (WZ, JH, SY, PG), pp. 1071–1076.
- KDD-2010-LouFYLW #mining #workflow
- Mining program workflow from interleaved traces (JGL, QF, SY, JL, BW), pp. 613–622.
- DAC-2007-WangYBVVLC #performance
- The Impact of NBTI on the Performance of Combinational and Sequential Circuits (WW, SY, SB, RV, SBKV, FL, YC), pp. 364–369.
- DATE-2005-YangWVSX #approach #design
- Power Attack Resistant Cryptosystem Design: A Dynamic Voltage and Frequency Switching Approach (SY, WW, NV, DNS, YX), pp. 64–69.