Color management in textile application

Maurizio De Lucia; Massimiliano Vannucci; Massimo Buonopane; Cosimo Fabroni; Francesco Fabrini

doi:10.1117/12.460187

8 March 2002 Color management in textile application

Maurizio De Lucia, Massimiliano Vannucci, Massimo Buonopane, Cosimo Fabroni, Francesco Fabrini

Proceedings Volume 4664, Machine Vision Applications in Industrial Inspection X; (2002) https://doi.org/10.1117/12.460187
Event: Electronic Imaging, 2002, San Jose, California, United States

Abstract

The aim of this research was to study a system of acquisition and processing of images capable of confronting colored wool with a reference specimen, in order to define the conformity using objective parameters. The first step of the research was to comprise and to analyze in depth the problem: there has been numerous implications of technical, physical, cultural, biological and also psychological character, that come down from the attempt of giving a quantitative appraisal to the color. In the scene of the national and international scientific and technological research, little has been made as regards measurement of color through digital processing of the images through linear CCD. The reason is fundamentally of technological nature: only during the last years we found the presence on the market of low cost equipment capable of acquiring and processing images with adequate performances and qualities. The job described has permitted to create a first prototype of system for the color measuring with use of CCD linear devices. -Hardware identification to carry out a series of tests and experiments in laboratory. -Verification of such device in a textile facility. -Statistics analysis of the collected data and of the employed models.

Citation Download Citation

Maurizio De Lucia, Massimiliano Vannucci, Massimo Buonopane, Cosimo Fabroni, and Francesco Fabrini "Color management in textile application", Proc. SPIE 4664, Machine Vision Applications in Industrial Inspection X, (8 March 2002); https://doi.org/10.1117/12.460187

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