Travelled to:1 × China
1 × France
1 × Singapore
1 × Taiwan
2 × USA
Collaborated with:S.Li Q.Chang Zicheng Fei K.Gala D.Blaauw V.Zolotov C.Chen C.Wang J.Bu Z.Guan X.Wang Z.Jia Y.Feng C.Zeng M.Zhao Y.Feng Jin Xue Eliana Torres Duque Yaqin Huang Min Qian Lingui Hu R.Panda B.Young J.Pei W.V.Zhang
Talks about:base (5) system (4) machin (4) energi (4) effici (3) oper (3) manufactur (2) control (2) analysi (2) induct (2)
Person: Junfeng Wang
DBLP: Wang:Junfeng
Contributed to:
2014
2009
20082006
20012000201720182019Wrote 10 papers:
- CASE-2014-WangFZL #artificial reality #collaboration #maintenance
- An augmented reality based system for remote collaborative maintenance instruction of complex products (JW, YF, CZ, SL), pp. 309–314.
- KDD-2009-WangCWPBGZ #independence #question
- Can we learn a template-independent wrapper for news article extraction from a single training site? (JW, CC, CW, JP, JB, ZG, WVZ), pp. 1345–1354.
- SIGIR-2008-GuanWCBW #crawling #effectiveness #estimation #online #topic #using
- Guide focused crawler efficiently and effectively using on-line topical importance estimation (ZG, CW, CC, JB, JW), pp. 757–758.
- CASE-2006-WangWJ #metric #research #visual notation
- Research on Imaging Model of a Mechanism’s Aiming Control Based on Visual Measurement (XW, JW, ZJ), pp. 606–610.
- DAC-2001-GalaBWZZ #analysis #design
- Inductance 101: Analysis and Design Issues (KG, DB, JW, VZ, MZ), pp. 329–334.
- DAC-2000-GalaZPYWB #analysis #modelling
- On-chip inductance modeling and analysis (KG, VZ, RP, BY, JW, DB), pp. 63–68.
- CASE-2017-WangFFLC #energy #markov #probability
- Markov chain based idle status control of stochastic machines for energy saving operation (JW, YF, ZF, SL, QC), pp. 1019–1023.
- CASE-2017-WangXDLC #energy #fuzzy #performance
- Fuzzy decision of machine switch on-off for energy efficient operation of manufacturing system (JW, JX, ETD, SL, QC), pp. 1158–1162.
- CASE-2018-FeiLCWH #energy #fuzzy #performance #petri net
- Fuzzy Petri Net Based Intelligent Machine Operation of Energy Efficient Manufacturing System (ZF, SL, QC, JW, YH), pp. 1593–1598.
- CASE-2019-WangQHLC #energy #scheduling
- Energy Saving Scheduling of A Single Machine System Based on Bi-objective Particle Swarm Optimization* (JW, MQ, LH, SL, QC), pp. 585–589.