BibSLEIGH — Masakazu

Travelled to:

1 × Brazil
1 × Korea
2 × Spain
2 × USA
3 × China

Collaborated with:

K.Kise S.Omachi S.Uchida T.Nakai T.Kobayashi H.Aso A.Horimatsu M.Liwicki M.Tsukada K.Takeda T.Matsuda T.Tsuji S.Yokota K.Negishi D.Karatzas S.Ahmed A.Dengel R.Hattori M.Sakai T.Kimura R.Huang A.Yoshida R.Niwa K.Iwata H.Gao M.Rusiñol J.Lladós T.Sato F.Shafait L.G.i.Bigorda S.R.Mestre J.Mas D.F.Mota J.Almazán L.d.l.Heras

Talks about:

document (10) imag (9) charact (8) camera (8) recognit (7) base (7) retriev (6) use (4) embed (3) time (3)

Person: Masakazu Iwamura

DBLP: Iwamura:Masakazu

Contributed to:

2013

2011

2009

2007

2006

2005

2000

Wrote 22 papers:

ICDAR-2013-AhmedKILD #automation #documentation #generative #image #retrieval #using: Automatic Ground Truth Generation of Camera Captured Documents Using Document Image Retrieval (SA, KK, MI, ML, AD), pp. 528–532.
ICDAR-2013-GaoRKLSIK #detection #documentation #image #retrieval: Key-Region Detection for Document Images — Application to Administrative Document Retrieval (HG, MR, DK, JL, TS, MI, KK), pp. 230–234.
ICDAR-2013-IwamuraTK #automation #database: Automatic Labeling for Scene Text Database (MI, MT, KK), pp. 1365–1369.
ICDAR-2013-KaratzasSUIBMMMAH #contest #robust: ICDAR 2013 Robust Reading Competition (DK, FS, SU, MI, LGiB, SRM, JM, DFM, JA, LPdlH), pp. 1484–1493.
ICDAR-2013-KimuraHUIOK: The Reading-Life Log — Technologies to Recognize Texts That We Read (TK, RH, SU, MI, SO, KK), pp. 91–95.
ICDAR-2013-KobayashiIMK #algorithm #recognition: An Anytime Algorithm for Camera-Based Character Recognition (TK, MI, TM, KK), pp. 1140–1144.
ICDAR-2011-IwamuraKK #image #multi #recognition #using: Recognition of Multiple Characters in a Scene Image Using Arrangement of Local Features (MI, TK, KK), pp. 1409–1413.
ICDAR-2011-LiwickiAUIOK #online #reliability: Reliable Online Stroke Recovery from Offline Data with the Data-Embedding Pen (ML, AY, SU, MI, SO, KK), pp. 1384–1388.
ICDAR-2011-TakedaKI #database #documentation #image #memory management #performance #realtime #retrieval: Real-Time Document Image Retrieval for a 10 Million Pages Database with a Memory Efficient and Stability Improved LLAH (KT, KK, MI), pp. 1054–1058.
DRR-2009-IwamuraNHKUO #documentation #image: Layout-free dewarping of planar document images (MI, RN, AH, KK, SU, SO), pp. 1–10.
DRR-2009-NakaiKI #documentation #image #using: Camera-based document image mosaicing using LLAH (TN, KK, MI), pp. 1–10.
ICDAR-2009-IwamuraTHK #realtime #recognition: Real-Time Camera-Based Recognition of Characters and Pictograms (MI, TT, AH, KK), pp. 76–80.
ICDAR-2009-IwataKNIUO #documentation #image: Capturing Digital Ink as Retrieving Fragments of Document Images (KI, KK, TN, MI, SU, SO), pp. 1236–1240.
ICDAR-2009-NakaiKI #documentation #image #realtime #retrieval #using #web: Real-Time Retrieval for Images of Documents in Various Languages Using a Web Camera (TN, KK, MI), pp. 146–150.
ICDAR-2009-UchidaHIOK: Conspicuous Character Patterns (SU, RH, MI, SO, KK), pp. 16–20.
ICDAR-2007-UchidaSIOK #embedded: Extraction of Embedded Class Information from Universal Character Pattern (SU, MS, MI, SO, KK), pp. 437–441.
ICPR-v2-2006-OmachiIUK #invariant #recognition: Affine Invariant Information Embedment for Accurate Camera-Based Character Recognition (SO, MI, SU, KK), pp. 1098–1101.
ICPR-v2-2006-UchidaIOK #recognition: OCR Fonts Revisited for Camera-Based Character Recognition (SU, MI, SO, KK), pp. 1134–1137.
ICPR-v4-2006-KiseNIY #approach #performance #physics #recognition #towards: Efficient Recognition of Planar Objects Based on Hashing of Keypoints — An Approach Towards Making the Physical World Clickable (KK, TN, MI, SY), pp. 813–816.
ICDAR-2005-IwamuraNOA #recognition: Isolated Character Recognition by Searching Feature Points (MI, KN, SO, HA), pp. 1035–1039.
ICDAR-2005-NakaiKI #documentation #image #invariant #retrieval: Camera-Based Document Image Retrieval as Voting for Partial Signatures of Projective Invariants (TN, KK, MI), pp. 379–383.
ICPR-v2-2000-IwamuraOA #estimation #fault: A Modification of Eigenvalues to Compensate Estimation Errors of Eigenvectors (MI, SO, HA), pp. 2378–2381.