Travelled to:
1 × China
1 × Switzerland
1 × United Kingdom
7 × USA
Collaborated with:
H.Zhou X.Xiong J.Cheng R.Acharya A.W.Fu Q.Li Y.P.Chen Z.Hu K.Uchimura H.Lu Q.Liu Z.(.Gu R.P.Dick T.Chen Z.Du N.Sun C.Wu Y.Chen O.Temam
Talks about:
vectorless (2) constraint (2) increment (2) algorithm (2) effici (2) verif (2) under (2) space (2) shape (2) power (2)
Person: Jia Wang
DBLP: Wang:Jia
Contributed to:
Wrote 12 papers:
- ASPLOS-2014-ChenDSWWCT #named #ubiquitous
- DianNao: a small-footprint high-throughput accelerator for ubiquitous machine-learning (TC, ZD, NS, JW, CW, YC, OT), pp. 269–284.
- DAC-2013-XiongW #abstraction #constraints #grid #power management #verification
- Constraint abstraction for vectorless power grid verification (XX, JW), p. 6.
- KDD-2013-WangCF #clique
- Redundancy-aware maximal cliques (JW, JC, AWCF), pp. 122–130.
- VLDB-2012-WangC #composition #network
- Truss Decomposition in Massive Networks (JW, JC), pp. 812–823.
- DAC-2010-XiongW #algorithm #constraints #grid #linear #performance #power management #verification
- An efficient dual algorithm for vectorless power grid verification under linear current constraints (XX, JW), pp. 837–842.
- SIGIR-2010-WangLC10a #recommendation #social #social media
- User comments for news recommendation in social media (JW, QL, YPC), pp. 881–882.
- DAC-2008-WangZ #algorithm #incremental #performance
- An efficient incremental algorithm for min-area retiming (JW, HZ), pp. 528–533.
- DAC-2006-WangZ #bound
- Optimal jumper insertion for antenna avoidance under ratio upper-bound (JW, HZ), pp. 761–766.
- ICPR-v1-2006-HuUW
- Moving Obstacles Extraction with Stereo Global Motion Model (ZH, KU, JW), pp. 79–83.
- DAC-2005-GuWDZ #behaviour #design #incremental #physics
- Incremental exploration of the combined physical and behavioral design space (Z(G, JW, RPD, HZ), pp. 208–213.
- ICPR-v3-2004-WangLL #analysis #towards
- Tensor Voting Toward Feature Space Analysis (JW, HL, QL), pp. 462–465.
- SAC-1998-WangA #approach #retrieval
- A vertex-based shape coding approach for similar shape retrieval (JW, RA), pp. 520–522.