色域

相对于传统的四墨打印机，多墨打印系统具有更大的色域、更多的候选配方组合，为光谱图像的精确复现提供了很好的硬件平台。

Compared to traditional 4-ink printers , multi-ink printers have much larger colour gamut and more candidate recipes , which provide a great platform to accurately reproduce spectral images .

在当前流行的跨媒体彩色复制工艺流程中，色域映射算法作为其中最重要的组成部分，越来越受到色彩工作者的重视。

In current popular cross media colorized reproduction technical process , colour gamut mapping algorithm as an important part of it is attached greater importance to colour researchers today .

LED广色域投影显示系统实时色域校准的研究

Real-time color gamut calibration of wide color gamut projection display system based on LED

在建立设备模型的基础上，提出了基于BP神经网络的色域匹配方法。

On the basis of device characteristic model , a gamut mapping algorithm is provided based on BP neural network theory .

宽色域HDTV信号兼容传输方案研究

Research on Compatible Transmission Schemes of Extended Gamut HDTV Signals

Profile生成器应用了设备彩色特性提取技术的研究成果，CMM则集成了自适应色域匹配功能。

The profile creator adopts all research results of the device characterization and the CMM aggregate the adaptive gamut mapping technique .

近年来，宽色域显示设备不断推陈出新，在LED显示器出现后，激光显示器已经成了显示设备新的代表。

In recent years , wide color gamut display equipments have enjoyed constant innovation , in the LED display , laser has become a new display equipment representatives .

基于Zernike多项式表示色域边界的色域映射

Gamut mapping based on gamut boundaries expressed with Zernike polynomials

基于ICC标准的印刷色彩管理色域映射意图自动选择的研究

Research of Auto-selection for Gamut Mapping Intents in Printing Color Management Based on ICC Standards

专利文件中宣称采用该专利制作的LED背光面板的发光二极管组件效能/寿命更高，电能消耗量也有所减小，同时面板还可以显示更宽的色域。

The applications notes that that backlights from light emitting diodes are more efficient and durable , have a long operating life , low power consumption and broad color range .

我们通过多元回归的方法建立了激光显示色域与现有CRT？显示色域之间的关系。

So we use the line-multianalyses method to set up the relation formula between the CRT display to laser display .

一种基于LUT表的色域匹配方法

A Gamut - mapping Method Based on LUT

该系统在与常规色域HDTV系统兼容传输的条件下，色域覆盖率提高到60.65%。

The color gamut coverage ratio will be 60.65 % on the condition of compatible transportation in conventional gamut HDTV system .

一是探求在现行常规色域HDTV系统中，如何兼容传输宽色域视频信号。

One is to investigate how to transport wide color gamut video signals compatibly in current conventional color gamut HDTV system .

基于CMYK色域和TIFF文件的信息隐藏算法

Information Hiding Algorithm Based on CMYK and TIFF

最后对色域及其剖面进行真彩可视化.基于上述技术的可视化软件已在Visualc++6.0下实现，可用于设备彩色特性、分色方法和色域映射算法的辅助研究。

The visualization software based on the above mentioned technology was realized in MS Visual C + + 6.0 environment , which is an important aid in research of device color characteristics , color separation , and gamut mapping algorithms .

AMOLED技术的色域比其它显示技术更宽。

It can create a wider range of colors than other display technologies .

针对引入SLR技术的DLP显示，提出了新的显示色域与亮度的关系的求解方法。

A new method describing the relationship between the color gamut and the luminance for DLP display system with SLR technology is proposed .

试验证明，使用该检测方法处理的图像的超色域与用Photoshop中的色域警告处理的超色域非常相似。

The experiment shows that out_of_gamut of an image processed by this detected method is very similar to that processed by " Gamut Warning " in Photoshop .

主要研究的方面有：1、CIExyY颜色空间的色域确定。

The aspects of main researched have : 1 , ascertain the color area of the CIE xyY color space .

在LCD领域，LED背光源以其宽色域、高亮度等优点正在逐步取代传统的CCFL背光源，而动态LED背光源正是从直下式LED背光源基础上产生的一种新技术。

In the field of LCD , LED backlight with its wide color gamut and high brightness is gradually replacing the traditional CCFL backlight . Dynamic LED backlight is a new technology generated from direct type LED backlight .

通过等间距分割由曝光实验测得的青、品、黄染料累积色差曲线，构建了在CIELAB色域空间内分布相对规则的大容量学习样本。

By dividing the exposal-tested color-difference curves of cyan , magenta and yellow cumulative dye with constant steps , a large number of samples distributing relatively regularly in CIE Lab color space were generated .

LED背光源以其节省能源消耗、色域宽泛、响应速度快、驱动电压低、使用寿命长以及无汞环保等诸多优势，促使运用LED作为液晶电视的背光源成为一种发展趋势。

LED backlight is well for energy consumption saving , wide color gamut , fast response , low driving voltage , long service life , mercury-free environmental protection and so on , which makes the use of LED as the backlight of LCD TV become a trend .

三基色LED背光源是成就高品质液晶显示器的关键技术之一，其色域是传统CCFL背光源的150%以上。

Tri-color LED backlight is one of the key technologies which makes LCD has a high quality display ; it delivers a color gamut of over 150 % that typically achieved by conventional CCFL backlight .

因此本文以CMYK喷墨打印机为主要研究对象，首先进行设备彩色特性提取，重点是打印机的色域描述和色彩校正。

Focus on CMYK ink jet printers , this paper researches on color characteristic calculation with emphasis on gamut description and color calibration .

激光平板电视集中了激光电视和LCD、LED液晶电视的优点，不仅色域宽广，画面绚丽，而且体积小，功耗低，成为激光电视未来的发展方向。

Laser flat-panel TV concentrates the advantages of Laser TV and LCD , LED TV , which includes not only the wide color gamut , brilliant screen , but also small size , low power consumption . Laser flat-panel TV becomes the future development direction .

采用流水线的方法，利用Veriloghdl硬件描述语言，对色域转换过程中各个模块进行了硬件实现，并通过仿真平台给出各个模块的仿真波形，利用硬件平台进行了FPGA实现。

The paper focuses on the hardware implementation of each module in color space mapping process with the pipelined approach and Verilog HDL . And the simulation waveform and FPGA implementation are given by simulation and hardware platform .

简述了不久前提出的一种解析函数色域边界表示方法，并用实例说明了如何利用这种解析表示（Zernike多项式）来实现上述的边缘线确定和交点确定。

The emphasis is paid on showing by examples how to use that analytical expression , specifically a form of Zernike polynomials , to implement the said determinations of boundary edges and intersection points .

色域匹配：在实现CRT和相纸色度预测的基础上，从匹配方向和匹配方式两个角度对传统的色域匹配算法进行了改进。

Gamut Mapping : Based on the colorimetric prediction of CRT 's gamut and printing paper 's gamut , the traditional gamut mapping algorithm ( GMA ) is improved from two aspects , mapping direction and mapping method .

通过对大量图片的色域扩展实验和基于FPGA验证结果表明，该算法对图像色域有很好的扩展效果，不会产生过度渲染问题，而且逻辑资源需求少，具有低成本的优势。

With the gamut expansion experiment of a large number of pictures and FPGA-based verification results show that , the proposed algorithm has good image gamut expansion result , and avoids the " excessive rendering " problem , and needs less logic resources which indicates low-cost advantage .