研究了截面轮廓线的矢量化技术。
矢量化是图像自动编针中很重要的步骤。
校正错误的时间往往远大于矢量化的时间。
Correcting manually for vectorized errors is needed and it is a time-consuming process.
介绍了一个工件图纸自动输入的矢量化系统。
A vectorization system for workpiece drawing images is presented in this paper.
假设像素作品当做输入，其他矢量化算法往往失去细节信息。
Other vectorisation algorithms tend to lose detail when they're given pixel art as an input.
本文我们提出了一种基于标记的自动矢量化方法。
In this paper we present an automatic vectorization algorithm based on image marking.
论文主要讨论了基于细化的线划图的矢量化方法。
The paper mainly discusses vectorization based on thinning of line drawing.
光栅图像的矢量化主要由图像分割及矢量获取两部分组成。
The vectorization of raster images including two steps: image division and vector getting.
研究了一种在细化线的基础上的工程图纸并行矢量化方法。
Based on thinning lines, a parallel vectorization method of engineering drawings is proposed.
提取的直线图可以用于遥感图像矢量化、自动目标识别等方面。
The extracted line graph can be used for SAR image vectorization and comprehension etc.
在等高线的矢量化过程中，可根据实际需要对采样密度进行控制。
The sampling density can be controlled according to the practical requirement during the course of contour line vector.
实际系统应用表明，该方法在图纸自动矢量化和识别中非常有效。
According to the applications in real systems, this method is both efficient and available in automatic vectorization and recognition of engineering drawings.
工程图纸中电气符号的自动识别是实现电气工程图纸矢量化的基础。
The automatic recognition of electro-symbol is the base of engineering drawing vectorization.
工程图纸的矢量化过程中，噪声的正确消除一直是比较难解决的问题。
In the process of getting vector drawing, how to remove the noises is always difficulty.
动态二分矢量化方法可以确保图形的点位精度，但存在大量冗余数据。
The dynamic state dichotomy vectorization insures precision of drawings but has redundant data.
因此，将现有的纸质地图转换为电子地图，即地图矢量化是当前比较重要的工作。
Therefore, the conversion of maps from paper into digital, namely map-vectorization is very important.
提出一种直接利用栅格图形游程编码进行图斑边界多边形矢量化提取的有效方法。
An effective method of vectorization in which both raster graphics and image data are converted into polygon features through tracing the run-length outline is developed.
介绍CT图像的反求步骤、数据格式转换、图形矢量化技术在边缘强化过程中的应用。
The study introduces the application of reverse approach, transition of data format and figure vector technique of CT image in process of edge intensifying.
本文针对图纸矢量化中的图元识别技术，提出了系统的基于线弧分离和拟合识别方法。
In this paper, a general method for meta-graph recognition is proposed based on curve fitting and separation of line and smooth curve.
矢量化请求：“无论何时，如果我们能接受一个id，那么我们就可以接受100个”？
Vectorized Requests: "almost everywhere we accept an id we'll accept up to 100 of them"?
介绍了CT图像的反求步骤、数据格式转换、图形矢量化技术在边缘强化过程中的应用。
It also introduces the application of reverse approach, transition of data format and figure vector technique of ct image in process of edge intensifying.
在数控线切割机床自动编程系统中引入图像矢量化技术，能提高编程系统的智能化水平。
The introduction of image vectorization can increase the intelligence level of the programming system of numerical wire - cutting machine.
介绍了基于细化算法的位图矢量化技术，使得自动排料与线切割系统能够运用于制鞋工业。
This paper proposes a bitmap vectorization technique based on a thinning algorithm, which makes the layout automation and wire-cutting machine applicable to the shoes manufacturing.
对工程图纸矢量化中线条的检测，采用最佳拟合的方法，得到了线条对应的标准直线方程。
In the detection of lines in engineering drawing vectorization, the method of best coinciding was adopted to attain the according standard line equation.
在低成本地理信息系统开发过程中，合适的电子矢量化地图的获得往往不太容易或费用高。
To get appropriate electronic vector maps are often expensive and difficult during the development of a small and low cost GIS.
论述了从地形图中提取等高线、对等高线矢量化以及通过矢量数据生成高程数据的实现方法。
In this paper, the methods of drawing contour line from terrain map, the vector of contour line and generating elevation data from vector data are discussed.
结合实际项目进行图档管理系统设计与实现，包括扫描图像的矢量化和对图形文档的管理功能。
Design of graphics management system is combined with the practical project, which includes vectorization of engineering drawings and management of graphics.
提出了矢量化成果应满足的三个条件，对基于位置关系的地块矢量化成果检核算法进行了研究。
It brings forward three terms which should be contented for the scanned vectorization production, and studies the algorithms for land scanning check based on location relation.
先使用一种矢量化的直线提取算法在游程连通图的基础上得到表格线，同时对表格进行倾斜校正。
We use a vectorization algorithm to extract form lines from run length connect graph which is calculated first, and in the same time the skew Angle is detected.
先使用一种矢量化的直线提取算法在游程连通图的基础上得到表格线，同时对表格进行倾斜校正。
We use a vectorization algorithm to extract form lines from run length connect graph which is calculated first, and in the same time the skew Angle is detected.
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