Title
Stroke Frequency Descriptors For Handwriting-Based Writer Identification
Abstract
Writer identification in offline handwritten documents is a difficult task with multiple applications such as anthentication, identification, and clustering in document collections. For example, in the context of content-based document image retrieval, given a document with handwritten annotations it is possible to determine whether the comments were added by a specific individual and find other documents annotated by the same person. In contrast to online writer identification in which temporal stroke information is available, such information-is not readily available in offline writer identification. The base approach and the main contribution of our work is the idea of using derived canonical stroke frequency descriptors from handwritten text to identify writers. We show that a relatively small set of canonical strokes can be successfully employed for generating discriminative frequency descriptors. Moreover, we show that by using frequency descriptors alone it is possible to perform writer identification with success rate which is comparable to the known state of the art in offline writer identification with close to 90% accuracy. As frequency descriptors are independent of existing descriptors, the performance of offline writer identification may be improved by combining both standard and frequency descriptors. Experimental evaluation with quantitative performance evaluation is provided using the IAM dataset.(1).
Year
DOI
Venue
2008
10.1117/12.767227
DOCUMENT RECOGNITION AND RETRIEVAL XV
Keywords
Field
DocType
writer identification, offline handwriting, stroke frequency descriptors, stroke segmentation, document analysis, image analysis
Document analysis,Authentication,Handwriting,Computer science,Image retrieval,Natural language processing,Artificial intelligence,Cluster analysis,Discriminative model,Annotation,Off line,Pattern recognition,Speech recognition
Conference
Volume
ISSN
Citations 
6815
0277-786X
1
PageRank 
References 
Authors
0.35
16
3
Name
Order
Citations
PageRank
Bart Dolega110.35
Gady Agam239143.99
Shlomo Argamon31171102.93