数字投影技术属于数字图像输出软拷贝范畴。
Digital projection technology belongs to the category of digital image soft -copy output.
软拷贝输出则可显示在显示器上。显示器类似于电视屏幕，在屏幕上你可以阅读正文和图像。
Softcopy output is displayed on a display, a television-like screen on which you can read text and graphics.
本文在分析了软阈值算法的优点与不足之处的基础上，提出了一种新的软阈值图像去噪方法，并将此方法成功运用到临场感系统中。
After analyzing the advantages and disadvantages of the traditional soft threshold algorithm, a new soft threshold image de-noising method is proposed and applied successfully to tele-presence system.
这仅是个人爱好，你也许会发现后期的区域过滤更适合较软的原始图像。
This is just a personal preference, you may find Area filter most suitable for softer raw image which has its benefits later in post.
利用软数学形态学中基本算子构造了一种新的边缘检测器，并将其用于医学图像的边缘检测。
A new edge detector is constructed by using the basic operators in soft mathematical morphology and it is applied to detect the edges of medical images.
ERT传感器测量敏感场受被测介质分布的影响，这一软场特性是ERT图像重建中的主要困难之一。
The measurement sensitive field of ERT sensor is affected greatly by medium distribution. Such soft field character is one of major difficulties in image reconstruction of ERT.
简要介绍了软数学形态学的基本原理及形态学在图像边缘检测中的应用。
The soft mathematical morphology, which can be applied to detecting edge of image, is introduced.
本文提出基于图像灰度的背光处理的软、硬件处理方法。
Based on image gray scale, this paper put forward the soft, hardware processing technique of handling for counter light.
ECT图像重建精度不高的主要原因是ECT敏感场的“软场”问题以及投影数据有限。
There are two main reasons that cause ECT reconstruction images not accurate: the soft field characteristic of ECT sensor sensitivity, and the very small projection data.
将图像分为软、硬斑块两组。
The images were divided into soft-plaque and bard-plaque groups.
医用专业显示器在PACS中是医学影像的最终呈现者，它承载着替代胶片、保证图像质量、实现医生“软读片”诊断的作用。
In PACS, a digital medical image with high "information volume" requires a professional medical monitor to be displayed. The medical monitors could replace films to display high fidelity images.
其内容包括：系统软、硬件组成：图像预处理和边缘检测、二值化处理、细化处理和边缘连接五部分。
The content include: the software and the hardware of the system, image pre-processing, two-valued processing, features processing and edge connect.
本文是以Nios软核CPU为核心处理器，在FPGA中构建SOPC，实现原来主要由DSP器件才能完成的图像处理功能。
The thesis construct SOPC system in FPGA based on NIOS soft core CPU to realize the image processing which only could be finished by DSP device.
该软核采用插值算法进行图像处理，利用硬件编程语言VHDL对FPGA进行设计，也可利用小波变换方法对图像处理算法进一步优化。
The soft core can adopt interpolation technique to process image, can make use of VHDL to design FPGA, and can also use wavelet transform to improve the arithmetic of image process.
了提高CT图像的清晰度，降低伪影对医生诊断的不利影响，文章提出了一种基于小波变换和软阈值法的CT图像伪影消除方法。
To improve the clarity of CT image, and reduce the disadvantageous affect of the artifact, the article proposes a method of reducing CT image artifact based on wavelet soft threshold.
本文中的系统采用了软压缩的方法，在单机和对接线连成的两台电脑的情况下可以获得高清晰的图像。
In the this article's system has used the soft compression method, may obtain the high sharp image in the single plane and to the wiring Lian Cheng two computer's situations.
在这个过程中，为保证最佳赋值与避免图像污染，建立了一种软判据算法决定图像的待插值像素是否接受新值。
In order to ensure the best evaluation of the pixel, the algorithm criterion is presented to decide whether the pixel accepts new value.
修正动态范围200%、400%拍摄的图像相对100%颜色偏软，色彩不够光滑的问题。
Soft image or not smooth enough color gradation in D-range 200, 400% than in 100%.
随着高速图像处理技术的应用领域不断扩大，对图像处理速度的要求也越来越高，当前基于软核处理器的图像处理系统成为研究的热点。
With the development of high speed image processing, the soft-core processing technology of image processing system has become a hotspot of research.
粗集理论作为一种新的软计算方法，可以用作处理图像信息的含糊和不确定性问题的数学工具。
Rough set theory is a new mathematical tool to deal with vagueness and uncertainty. It is a soft computing method and can be used as a useful tool for intellective information processing.
粗集理论作为一种新的软计算方法，可以用作处理图像信息的含糊和不确定性问题的数学工具。
Rough set theory is a new mathematical tool to deal with vagueness and uncertainty. It is a soft computing method and can be used as a useful tool for intellective information processing.
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