粘贴到主文档图像和它的规模大小。
Paste the image into the main document and scale it up to size.
选择用于保存文档图像的文件夹。
请为日记本文档图像选择一个文件夹。
请为日记本文档图像选择一个文件夹。
论文提出了一种优化的文档图像分割模型。
Optimize thesis presents a model of document image segmentation.
讨论基于稀疏矩阵的文档图像存储及处理方法。
Storage and processing of document images based on sparse matrices are discussed.
而对文档图像进行有效的层分割是论文研究的重点。
For document image segmentation layer effective thesis are the focus of the study.
本文提出一种在数字文档图像中自动检测和提取文字的算法。
This paper presents an algorithm that can automatically detect and extract text in digital document images.
提出一种快速检测和清除扫描文档图像中存在的一类特殊圆孔噪声的算法。
A fast algorithm is proposed in this paper for detecting and removing a special circular noise caused by punched holes from scanned document images.
实验结果表明，该校正算法可以有效地校正文档图像各种程度的径向失真。
The experimental results show this method can effectively correct lens distortion of document image with various degrees.
在分析现有倾斜检测算法基础上，提出一种改进的文档图像倾斜检测算法。
Based on the analysis of existing algorithms, an improved skew detection algorithm for document is proposed.
目前针对文档图像的数字水印算法并不是很多，并且都有鲁棒性较低的缺点。
Considering digital watermarking algorithms for document images, there are not many, lower robustness.
而且鉴于文档图像自身的特点，许多数字图像水印算法对文档图像并不适用。
In view of the unique characteristics of document images, many algorithms for digital image watermarking can not be applicable for document images.
因此有必要对文档图像进行分割和分类，在文字区域和图像区域分别添加水印。
Thus, it's necessary to separate the document image and then embed watermarking in character area and image area.
添加一个Image构建块，以在该Portlet上的文档标题前面显示一个文档图像。
Add an image builder to display a document image before the document title on the portlet.
主要工作包括：在自动办公文档业务中，文档图像处理已经逐渐成为关键的技术。
The main works is as follows:Document image processing has become an increasingly important technology in the automation office documentation tasks.
该目标函数把中心线对应的曲线映射为直线，从而求出文档图像的镜头失真参数。
It warped the curved text line to the straight text line, thus, to solve the distortion parameters of document image.
随着人们对文档图像数字水印技术的重视，文档图像数字水印会有更加光明的前景。
With the more and more attention on document image watermarking, document image watermarking will have a bright future.
对文档图像的压缩问题进行了研究，提出了一种基于区域分割的文档图像压缩方法。
We study compression of document image, and propose a region segmentation based document image compression scheme.
随着人们对文档图像数字水印技术的重视，文档图像数字水印发展前景会更加光明。
So it's a research orientation of great potential. With people's emphasis of document image digital watermarking, there is a brighter prospect.
企业计算机电话论坛的t .30传真标准为控制传真文档图像的传输提供了协议。
The Enterprise Computer Telephony Forum's T. 30 fax standard provides the protocol for controlling the transmission of the fax document image.
针对文档图像的倾斜校正问题，提出了一种新的基于投影的文档图像倾斜角检测方法。
Aiming at the skew correction of document image, a novel skew correction method based on projection is proposed.
最后文章介绍了文档图像层分割的优化模型分割实验，并给出了示例图像的分割情况。
The last article introduced the document image layer segmentation segmentation optimization model experiments, and give an example of image segmentation situation.
JBIG2是即将实施的文档图像压缩编码标准，主要应用于传真、互联网和无线传输。
The JBIG2 standard supports lossless or lossy coding models for document. It is mainly used for the low end facsimile, Internet and wireless transmission.
提出一种综合利用文档图像的段落特征和局部像素分布相对差特征进行文档图像检索的方法。
This paper proposes document image retrieval method based on the paragraph feature combining up with the local relative difference of pixel distributions.
该模型将区域分割和层分割的方法结合起来，在论文的文档图像分割优化模型中，主要借鉴L。
The model will be split and layer block segmentation method combining thesis at the Document Image Segmentation optimization model, the main draw on the watershed algorithm L.
但是文档图像的结构各式各样，许多文档图像不仅包含文字部分，还有图片、图表等非文字部分。
However, many documents contain non-text regions such as figures and pictures in addition to text.
本文提出一种利用图像处理技术、结合彩色文档图像自身特点、对文档插像区域进行定位与分割的方法。
A new algorithm of segmenting document image is proposed in this paper, which making use of methods of image processing and considering properties of document.
阐述了基于图像识别的信息填涂卡文档图像标记阅读机中的识别算法，并提出一种新的信息卡填写方式。
This paper discussed recognition algorithms for analyzing document image of information card based on optical mark recognition, and proposed a new information card fill-in method.
如果文档图像中同时存在多个条码，进一步使用了基于形态学的版面分析技术，实现多个条码区域的自动分离。
When many barcodes occur in the same image, pattern analysis based on morphology is used further to divide every part.
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