Travelled to:
1 × Austria
1 × China
1 × Spain
1 × United Kingdom
2 × Australia
3 × USA
Collaborated with:
H.Wu M.Yachida H.Hu J.Xu T.Wada T.Shimada T.Shioyama Y.Fu S.Li W.Zhou Z.Yang K.Masada C.Hua T.Fukumoto H.Yu G.Xu K.Chihara
Talks about:
base (4) authent (3) servic (3) featur (3) locat (3) estim (3) face (3) algorithm (2) detector (2) object (2)
Person: Qian Chen
DBLP: Chen:Qian
Contributed to:
Wrote 13 papers:
- DHM-EH-2015-FuLCZ #modelling #simulation
- Modeling and Simulating Lifting Task of Below-Knee Amputees (YF, SL, QC, WZ), pp. 134–143.
- SIGMOD-2015-ChenHX #authentication #integration #online
- Authenticated Online Data Integration Services (QC, HH, JX), pp. 167–181.
- VLDB-2014-ChenHX13 #authentication #query
- Authenticating Top-k Queries in Location-based Services with Confidentiality (QC, HH, JX), pp. 49–60.
- SIGMOD-2012-HuXCY #authentication #privacy
- Authenticating location-based services without compromising location privacy (HH, JX, QC, ZY), pp. 301–312.
- ICPR-2008-ChenWWM #detection #generative
- GA based feature generation for training cascade object detector (QC, HW, TW, KM), pp. 1–4.
- ICPR-v1-2006-HuaWCW #algorithm
- A Pixel-wise Object Tracking Algorithm with Target and Background Sample (CH, HW, QC, TW), pp. 739–742.
- ICPR-v3-2004-WuCW #estimation #image #visual notation
- Visual Line Estimation from a Single Image of Two Eyes (HW, QC, TW), pp. 290–293.
- ICPR-v2-2000-ChenSWS #estimation #using
- Head Pose Estimation Using both Color and Feature Information (QC, TS, HW, TS), pp. 2842–2841.
- ICPR-1998-ChenWSSC #3d #algorithm #estimation #robust
- A robust algorithm for 3D head pose estimation (QC, HW, TS, TS, KC), pp. 1356–1359.
- ICPR-1996-WuCY #detection
- A fuzzy-theory-based face detector (HW, QC, MY), pp. 406–410.
- ICPR-1996-WuCY96a #feature model #verification
- Facial feature extraction and face verification (HW, QC, MY), pp. 484–488.
- ICPR-1996-WuFCY
- Active face observation system (HW, TF, QC, MY), pp. 441–445.
- ICPR-1996-YuCXY #3d #approximate #higher-order
- 3D shape and motion by SVD under higher-order approximation of perspective projection (HY, QC, GX, MY), pp. 456–460.