DocumentCode
1764113
Title
Hunting for Paper Moldmates Among Rembrandt´s Prints: Chain-line pattern matching
Author
Johnson, C. Richard ; Sethares, William A. ; Ellis, Margaret Holben ; Haqqi, Saira
Author_Institution
ECE, Cornell Univ., Ithaca, NY, USA
Volume
32
Issue
4
fYear
2015
fDate
42186
Firstpage
28
Lastpage
37
Abstract
Early paper manufacturing used sieve-like molds through which paper pulp was drained. Two pieces of paper are called moldmates if they were made using the same mold. When a large body of one artist´s work on paper exists, the identification of moldmates can help in establishing chronology, suggest paper preferences, and indicate periods of intense activity of the artist. Rembrandt is an especially good example. With several thousand prints in existence today, the study of Rembrandt´s prints has occupied scholars for over two centuries, and the study of his printing papers occupies a prominent place within this scholarship [1]. This article examines the feasibility of moldmate identification via chain-line pattern matching and conducts a series of experiments that demonstrate how accurately the measurements can be made, how straight and parallel the lines may be, and provides a rule of thumb for the number of chain lines required for accurate moldmate identification using a simplified model. The problem of identifying moldmates among Rembrandt´s prints is presented as a pair of image/signal processing tasks; our strategy is to provide basic solutions to these tasks and to then reveal the shortcomings of these solutions in the hopes of encouraging future work in the signal processing community. With the support of the Morgan Library & Museum and the Metropolitan Museum of Art, both of which are in New York, we have made high-resolution data available [2] to facilitate this quest.
Keywords
art; image matching; Metropolitan Museum of Art; Morgan Library & Museum; New York; Rembrandt prints; chain-line pattern matching; image processing tasks; paper manufacturing; paper moldmate identification; paper pulp; sieve-like molds; signal processing tasks; Art; Paper making; Paper pulp; Pattern matching; Signal processing; Signal processing algorithms; Watermarking;
fLanguage
English
Journal_Title
Signal Processing Magazine, IEEE
Publisher
ieee
ISSN
1053-5888
Type
jour
DOI
10.1109/MSP.2015.2404931
Filename
7123718
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