【作者】 孙红光；

【导师】 曹从军；

【作者基本信息】 西安理工大学 ， 印刷工程， 2009， 硕士

【摘要】 随着信息技术的发展,印刷行业的数字化进程不断加快。色彩管理是确保开放式、网络化、数字化印刷生产流程中色彩信息在不同软件和硬件设备之间准确转换和传递的关键技术。因此,基于数字印刷流程的色彩管理规范化研究成为彩色印刷复制的热点问题。本文着重研讨了基于ICC色彩管理的原理和实施方法,深入分析了整个数字化印刷流程中的色彩管理技术并进行了实验应用研究。通过规范化的色彩管理实现了色彩信息在输入、显示和输出设备之间的准确再现,建立了一套适用于数字化印刷流程的色彩管理及设备特性文件的检测和编辑优化的实施方案,并探讨了实施规范化色彩管理的色彩复制效果,提出了一个主客观相结合的评价色彩管理效果和设备特性文件的模型,实现了特性文件的优化和数字化印刷流程色彩管理的规范化。本课题的研究成果验证了数字印刷流程进行色彩管理的必要性和方案的可行性,所提出的设备特性文件的检测和优化方案具有较大的实用价值,对印刷企业在数字印刷流程中进行准确、有效的色彩复制具有指导意义。更多还原

【Abstract】 With the development of information technology, the digital process of industry is continuously speeding up. Color Management is the fundamental approach to ensure that color information can be transferred and converted correctly between different kinds of software and devices in digital workflow. So the color Management based on printing digital workflow has become the hot topic in printing field.The article made deep researches on color management theory and standardized methods based on ICC in actual production. It put emphasis on color management system in the applications of digital printing workflow with experiment. On the base of standardized color management in the input, display and output devices in digital printing workflow, the paper put forward a practical solution for editing and Optimizing color management and the profile of devices. At the same time, the effect in Transmission and conversion of color information in standardized color management was analyzed and the evaluation model of color management and profile was established, which included subjective and objective evaluations.The results of research on the experiment validate the necessity and feasibility of color management in digital printing workflow. The theoretic research and evaluation module were used in standardizing and optimizing color management and optimizing the profile of devices, and achieved a satisfying result. The result had good value of guidance and application in color conversion of digital printing workflow of printing company.更多还原