Travelled to:1 × Canada
1 × Japan
1 × Korea
1 × Sweden
1 × Turkey
2 × China
Collaborated with:Y.Y.Tang Y.Cheung Q.Peng P.S.Wang Z.He M.Lutf H.Li X.Jiang L.Zhou L.Du H.Xu Z.Gao B.Wang W.Shen W.Liu X.Bai D.Zhang Q.Chen Y.Xue B.Fang J.Du X.C.Feng Z.W.Liao L.Sun W.Ou M.Gong Z.Zhu C.L.P.Chen D.Tao F.You J.Zou
Talks about:use (5) base (4) wavelet (3) identif (3) classif (3) novel (3) represent (2) handwrit (2) pattern (2) writer (2)
Person: Xinge You
DBLP: You:Xinge
Contributed to:
20142012201020062006
20052002Wrote 10 papers:
- ICPR-2014-ZhuYCTJYZ #adaptation #classification #hybrid
- A Noise-Robust Adaptive Hybrid Pattern for Texture Classification (ZZ, XY, CLPC, DT, XJ, FY, JZ), pp. 1633–1638.
- ICPR-2012-OuYCPGJ #image #representation
- Structured sparse coding for image representation based on L1-graph (WO, XY, YmC, QP, MG, XJ), pp. 3220–3223.
- ICPR-2010-DuYXGT #identification
- Wavelet Domain Local Binary Pattern Features For Writer Identification (LD, XY, HX, ZG, YYT), pp. 3691–3694.
- ICPR-2010-LutfYL #identification #using
- Offline Arabic Handwriting Identification Using Language Diacritics (ML, XY, HL), pp. 1912–1915.
- ICPR-2010-PengYZC #classification #segmentation #using
- Retinal Blood Vessels Segmentation Using the Radial Projection and Supervised Classification (QP, XY, LZ, YmC), pp. 1489–1492.
- ICPR-2010-WangSLYB #classification #using
- Shape Classification Using Tree -Unions (BW, WS, WL, XY, XB), pp. 983–986.
- ICPR-v1-2006-YouZCWT #representation #using
- Face Representation By Using Non-tensor Product Wavelets (XY, DZ, QC, PSPW, YYT), pp. 503–506.
- ICPR-v4-2006-HeYTWX #image #matrix #novel #retrieval #symmetry #using
- Texture Image Retrieval Using Novel Non-separable Filter Banks Based on Centrally Symmetric Matrices (ZH, XY, YYT, PSPW, YX), pp. 161–164.
- ICDAR-2005-HeTFDY #identification #novel
- A Novel Method for Off-line Handwriting-based Writer Identification (ZH, YYT, BF, JD, XY), pp. 242–246.
- ICPR-v1-2002-TangFYLS #geometry #modelling #novel
- A Novel Method for Harmonic Geometric Transformation Model Based on Wavelet Collocation (YYT, XCF, XY, ZWL, LS), pp. 49–52.