Multi-color 2D datamatrix codes with poorly readable colors

Datamatrix code is a type of 2D codes that can encode much more data on the same or smaller area than the linearbarcodes. This makes 2D codes usable for marking even very small items. 2D codes can be decoded by thereaders in retails but also with the mobile phones equipped with camera and appropriat...

Full description

Bibliographic Details
Main Authors: Arjana Žitnik, Tadeja Muck, Branka Lozo, Urška Bogataj
Format: Article
Language:English
Published: University of Novi Sad 2010-09-01
Series:Journal of Graphic Engineering and Design
Subjects:
Online Access:http://www.grid.uns.ac.rs/jged/download.php?fid=101
_version_ 1818237843019923456
author Arjana Žitnik
Tadeja Muck
Branka Lozo
Urška Bogataj
author_facet Arjana Žitnik
Tadeja Muck
Branka Lozo
Urška Bogataj
author_sort Arjana Žitnik
collection DOAJ
description Datamatrix code is a type of 2D codes that can encode much more data on the same or smaller area than the linearbarcodes. This makes 2D codes usable for marking even very small items. 2D codes can be decoded by thereaders in retails but also with the mobile phones equipped with camera and appropriate software. 2D codes canbe depicted in different materials or printed on different printing substrates. The application area of the codes isbroad, from magazines and newspapers to posters and packaging. Successful reading of 2D codes is possible ifthe code is printed in appropriate contrast between the printing ink and substrate, like black ink printed on whitematt paper. Problems can occur if the code is printed in colors. The readability of 2D Datamatrix codes printed incyan, magenta, yellow and black was studied. Yellow is proved to be poorly readable. In addition, the bi-coloredand multi-colored 2D Datamatrix codes were studied. When four colors are used in creation of the 2D Datamatrixcode, poorly readable elements, yellow codewords, may cause the reading failure. 2D Datamatix codes are capableto ensure good readability even if they contain a defined number of poorly readable codewords due to the Reed –Solomon error-correction system. The aim of the study was to investigate the effect of using yellow printed, poorlyreadable, codewords in the multi-colored 2D Datamatrix code on the code readability.
first_indexed 2024-12-12T12:32:11Z
format Article
id doaj.art-f95141eecb15434e834022232538f8e8
institution Directory Open Access Journal
issn 2217-379X
2217-9860
language English
last_indexed 2024-12-12T12:32:11Z
publishDate 2010-09-01
publisher University of Novi Sad
record_format Article
series Journal of Graphic Engineering and Design
spelling doaj.art-f95141eecb15434e834022232538f8e82022-12-22T00:24:25ZengUniversity of Novi SadJournal of Graphic Engineering and Design2217-379X2217-98602010-09-011118Multi-color 2D datamatrix codes with poorly readable colorsArjana ŽitnikTadeja MuckBranka LozoUrška BogatajDatamatrix code is a type of 2D codes that can encode much more data on the same or smaller area than the linearbarcodes. This makes 2D codes usable for marking even very small items. 2D codes can be decoded by thereaders in retails but also with the mobile phones equipped with camera and appropriate software. 2D codes canbe depicted in different materials or printed on different printing substrates. The application area of the codes isbroad, from magazines and newspapers to posters and packaging. Successful reading of 2D codes is possible ifthe code is printed in appropriate contrast between the printing ink and substrate, like black ink printed on whitematt paper. Problems can occur if the code is printed in colors. The readability of 2D Datamatrix codes printed incyan, magenta, yellow and black was studied. Yellow is proved to be poorly readable. In addition, the bi-coloredand multi-colored 2D Datamatrix codes were studied. When four colors are used in creation of the 2D Datamatrixcode, poorly readable elements, yellow codewords, may cause the reading failure. 2D Datamatix codes are capableto ensure good readability even if they contain a defined number of poorly readable codewords due to the Reed –Solomon error-correction system. The aim of the study was to investigate the effect of using yellow printed, poorlyreadable, codewords in the multi-colored 2D Datamatrix code on the code readability.http://www.grid.uns.ac.rs/jged/download.php?fid=1012D Datamatrix codesreadabilityraster tone valuesmulti-colored codeserror-correction systempoorly readable codewords
spellingShingle Arjana Žitnik
Tadeja Muck
Branka Lozo
Urška Bogataj
Multi-color 2D datamatrix codes with poorly readable colors
Journal of Graphic Engineering and Design
2D Datamatrix codes
readability
raster tone values
multi-colored codes
error-correction system
poorly readable codewords
title Multi-color 2D datamatrix codes with poorly readable colors
title_full Multi-color 2D datamatrix codes with poorly readable colors
title_fullStr Multi-color 2D datamatrix codes with poorly readable colors
title_full_unstemmed Multi-color 2D datamatrix codes with poorly readable colors
title_short Multi-color 2D datamatrix codes with poorly readable colors
title_sort multi color 2d datamatrix codes with poorly readable colors
topic 2D Datamatrix codes
readability
raster tone values
multi-colored codes
error-correction system
poorly readable codewords
url http://www.grid.uns.ac.rs/jged/download.php?fid=101
work_keys_str_mv AT arjanazitnik multicolor2ddatamatrixcodeswithpoorlyreadablecolors
AT tadejamuck multicolor2ddatamatrixcodeswithpoorlyreadablecolors
AT brankalozo multicolor2ddatamatrixcodeswithpoorlyreadablecolors
AT urskabogataj multicolor2ddatamatrixcodeswithpoorlyreadablecolors