Travelled to:
1 × Brazil
1 × China
1 × Germany
1 × India
1 × Korea
1 × Spain
1 × Sweden
1 × Turkey
1 × United Kingdom
4 × USA
Collaborated with:
H.E.Abed M.Pechwitz R.Bippus A.M.Alimi S.Mozaffari K.Faez T.Fingscheidt M.Kherallah W.Pantke L.Wenyin M.Thulke A.Dengel M.A.Ramírez-Ortegón R.Rojas E.Cuevas I.B.Messaoud H.Amiri D.Fecker A.Asi J.El-Sana M.Hamdani T.M.Hamdani N.Tagougui
Talks about:
recognit (15) arab (13) handwrit (9) competit (7) system (6) document (5) handwritten (4) icdar (4) word (4) approach (3)
Person: Volker Märgner
DBLP: M=auml=rgner:Volker
Contributed to:
Wrote 23 papers:
- ICPR-2014-FeckerAMEF #documentation #identification
- Writer Identification for Historical Arabic Documents (DF, AA, VM, JES, TF), pp. 3050–3055.
- ICDAR-2013-PantkeMF #evaluation #on the #word
- On Evaluation of Segmentation-Free Word Spotting Approaches without Hard Decisions (WP, VM, TF), pp. 1300–1304.
- ICDAR-2013-Ramirez-OrtegonMRC #documentation #metric
- An Objective Method to Evaluate Stroke-Width Measures for Binarized Documents (MARO, VM, RR, EC), pp. 175–179.
- DRR-2011-HamdaniAHMA #optimisation #recognition #using
- Improving a HMM-based off-line handwriting recognition system using MME-PSO optimization (MH, HEA, TMH, VM, AMA), pp. 1–10.
- ICDAR-2011-AbedWM #analysis #bibliography #contest #documentation #perspective #recognition
- International Conference on Document Analysis and Recognition (ICDAR 2011) — Competitions Overview (HEA, LW, VM), pp. 1437–1443.
- ICDAR-2011-KherallahTAAM #contest #online #recognition
- Online Arabic Handwriting Recognition Competition (MK, NT, AMA, HEA, VM), pp. 1454–1458.
- ICDAR-2011-MargnerA #contest #recognition
- ICDAR 2011 — Arabic Handwriting Recognition Competition (VM, HEA), pp. 1444–1448.
- ICDAR-2011-MessaoudAAM #approach
- New Binarization Approach Based on Text Block Extraction (IBM, HA, HEA, VM), pp. 1205–1209.
- ICPR-2010-AbedM #framework #recognition #word
- A Framework for the Combination of Different Arabic Handwritten Word Recognition Systems (HEA, VM), pp. 1904–1907.
- DRR-2009-AbedM #question #recognition
- Improvement of Arabic handwriting recognition systems — combination and/or reject ? (HEA, VM), pp. 1–10.
- ICDAR-2009-AbedM #how #recognition
- How to Improve a Handwriting Recognition System (HEA, VM), pp. 1181–1185.
- ICDAR-2009-AbedMKA #contest #online #recognition
- ICDAR 2009 Online Arabic Handwriting Recognition Competition (HEA, VM, MK, AMA), pp. 1388–1392.
- ICDAR-2009-MargnerA #contest #recognition
- ICDAR 2009 Arabic Handwriting Recognition Competition (VM, HEA), pp. 1383–1387.
- ICDAR-2007-AbedM #comparison #feature model #preprocessor #recognition
- Comparison of Different Preprocessing and Feature Extraction Methods for Offline Recognition of Handwritten ArabicWords (HEA, VM), pp. 974–978.
- ICDAR-2007-MargnerA #contest #recognition
- Arabic Handwriting Recognition Competition (VM, HEA), pp. 1274–1278.
- ICDAR-2007-MozaffariFMA #reduction #scalability
- Strategies for Large Handwritten Farsi/Arabic Lexicon Reduction (SM, KF, VM, HEA), pp. 98–102.
- MLDM-2007-MozaffariFM #online #recognition
- Application of Fractal Theory for On-Line and Off-Line Farsi Digit Recognition (SM, KF, VM), pp. 868–882.
- ICDAR-2005-MargnerPA #contest #recognition
- Arabic Handwriting Recognition Competition (VM, MP, HEA), pp. 70–74.
- ICDAR-2003-PechwitzM #approach #database #recognition #using #word
- HMM Based Approach for Handwritten Arabic Word Recognition Using the IFN/ENIT- Database (MP, VM), pp. 890–894.
- ICDAR-2001-MargnerP #development
- Synthetic Data for Arabic OCR System Development (VM, MP), pp. 1159–1163.
- ICDAR-1999-BippusM #2d #recognition #reduction #using
- Script Recognition using Inhomogeneous P2DHMM and Hierarchical Search Space Reduction (RDB, VM), pp. 773–776.
- ICDAR-1999-ThulkeMD #documentation #evaluation #quality #segmentation
- Quality Evaluation of Document Segmentation Results (MT, VM, AD), p. 450.
- ICDAR-v2-1995-BippusM #data type #database #documentation #generative #tool support
- Data structures and tools for document database generation: an experimental system (RDB, VM), pp. 711–714.