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A skillet-based recoloring algorithm for dichromats

机译:基于平底锅的双色差重着色算法

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摘要

The color is a valuable communication resource, not just as part of the message itself, but also as a way of discriminating between the diverse contents of a given message. However, not all people have the ability to distinguish the color in a normal way. About 5% of the world population (8% of men) has a visual impairment, called color vision deficiency (CVD) or, simply, colorblindness. This vision deficiency also has a negative impact in both virtual and real worlds, because it compromises the correct interpretation of the contents across different media and environments. This issue is critical because of the increasing availability of multimedia contents in many places, particularly over the web. This article proposes a novel algorithm to adjust the colors for dichromate people (deuteranopes and protanopes), in particular for still images found over the web via browsers that take advantage of HTML5 markup language for graphics.
机译:颜色不仅是消息本身的一部分,而且还是区分给定消息的各种内容的一种方式,是一种宝贵的通信资源。但是,并非所有人都有以正常方式区分颜色的能力。约有5%的世界人口(占男性的8%)有视力障碍,称为色觉不足(CVD)或简称为色盲。这种视觉缺陷在虚拟和现实世界中也都具有负面影响,因为它损害了跨不同媒体和环境对内容的正确解释。由于在许多地方,尤其是在Web上,多媒体内容的可用性不断提高,因此此问题至关重要。本文提出了一种新颖的算法,用于调整重铬酸盐人群(氘代庚烷和protanopes)的颜色,特别是对于通过利用HTML5标记语言进行图形化的浏览器在网络上找到的静态图像。

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