CMID Trash Mark Macro Datasets
Published: 16 August 2022| Version 1 | DOI: 10.17632/hhbcxysh54.1
Contributors:
Joseph Stephens, Jocelyn Abonamah, Linda Eisenhart, Colbey Ryman, Brian Eckenrode, Paige RileyDescription
Xerographic devices use electrostatic charges to print toner onto a document. These machines are prone to leaving characteristic, repeatable marks known as trash marks. This data was collected using a custom, standardized methodology to identify such marks. Furthermore, this work took advantage of cumulative minimum inter-set distances (CMIDs) to inter-compare fifty machine exemplar sets. Discriminating pairs tables were reported to summarize exemplar set pairwise comparisons.
Files
Institutions
Federal Bureau of Investigation
Categories
Data Acquisition, Data Analytics