光栅图像

打印机RIP（光栅图像处理器）软件对宽幅面喷墨打印机的性能发挥起到了至关重要的作用。

RIP ( Raster Image Processor ) software is very important for the performance of inkjet printer .

首先，应用平均积分投影函数（AIPF）对光栅图像进行区域分块，有效地抽取出包含墙体对象的子区域。

First of all , Average Integral Projection Function ( AIPF ) is applied to split up the raster image , effectively extract the sub-regions which contain the walls .

该技术可以实现光栅图像和矢量图形的集成，从而将CAD和图像处理的工作简化和标准化。

This enables raster images to be integrated with vector - based drawings .

NET和COM+应用程序对象池提高系统性能，实现了税源主题图、光栅图像和鹰眼图。

Then we realize the theme map of tax sources , and raster images as well as eagle-eye maps .

基于AutoCAD的光栅图像与矢量图像交换技术探讨

The Methods about Conversion of Raster & Vector Images of AutoCAD

基于Quickbird光栅图像的IHS和PCA融合研究

Mergence of IHS and PCA Based on Quick Bird Images

在这个示例中，GQview提供最广泛的图片查看功能：Gimp用于处理光栅图像，InkScape用于矢量图像处理。

In this example , GQview has the broadest coverage for the picture-viewing functionality : Gimp for raster graphics and InkScape for vector graphic handling .

电子雕刻系统光栅图像处理器的研究

Research on a New Raster Image Processor for Electronic Engraving System

用于激光表演系统的光栅图像矢量化软件的设计

Vectorization of Raster Image Used in Laser Light Performance System

偏置场下光栅图像的目标轮廓特征点检测方法

The Approach of Feature Point Detection for Illumination Pattern-based Images under Bias Field

基于有偏场的光栅图像模糊聚类分割算法

A Modified Fuzzy C-Means Segmentation Algorithm for Illumination Pattern-based Images under Bias Field

在转换光栅图像时发生错误。

An error occurred while converting a raster image .

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 .

彩色光栅图像的矢量化

Study on Color Raster Images Vector Conversion

并着重介绍了激光光绘机、软件、光栅图像处理器等主要组件。

It emphasizes the main modules including laser drawing machine , software and grating image processor .

并利用该方法建立了三幅光栅图像的频率关系模型。

Then the frequency relation model of three grating images is established according to this method .

根据光栅图像记录的信息，在每条交线上提取两点，作为对应光栅平面拟合用的两点。

According to the image a pair of points can be extracted from each of intersection lines .

该方法较好地处理了传统模糊聚类对有偏场下光栅图像分割精度下降的问题。

The problem of reduced segmentation accuracy with traditional FCM is well solved by the proposed approach .

实现光栅图像的打印功能，能够打印经过旋转的图像而不丢失任何图元信息。

Image printing function is implemented . It can print the rotated image without losing any drawing information .

重点研究了一维、二维纹理贴图以及不规则光栅图像在虚拟场景中的应用，并取得了满意的视觉效果。

Researching texture mapping and anomalistic raster image be used in Virtual reality . Moreover getting good visual impression .

该文在基于光栅图像等高线自动标定研究成果的基础上，提出一种新的基于矢量等高线的高程自动标定与检验算法。

In this paper , the author proposes a new algorithm to label and check the elevation of vector based contours .

文章目标是解决有偏场环境下带有光栅图像的目标轮廓特征点检测问题。

The objective of presented work is to provide approaches of interest point detection for the illumination images under bias fields .

它包括图像预处理、自动矢量化、图形格式转换以及人工交互方式的光栅图像和矢量图形编辑等功能。

It includes image preprocessing , graphics auto-recognition , graphics format conversion and human-computer interactive method , such as raster image edition and vector graphics edition .

该系统有可能与激光器、计算机、平面驱动伺服系统一起构成一种全新的全息光栅图像制作系统。

So it can possibly build a new kind of holographic grating printer with laser , computer and planar drive , as well as a servo system .

结合光栅图像特点，分析了调幅加网和调频加网的原理，总结了光栅图像使用普通网点加网的一些弊端。

After analyzed the elements of AM screening and FM screening , link the trait of raster image , summarized some abuses by use general halftone screening .

该文通过对分布式虚拟战场环境中仿真实体及其应用研究的开发应用，对光栅图像地图转化成矢量数据地图的方法进行研究。

In this article a method for converting raster image into vector drawing is introduced based on the application of simulated entity in distributed virtual battle field environment .

实验结果表明，基于有偏场的模糊聚类算法能有效分割光栅图像，其分割精度优于传统模糊聚类和阈值法。

Experiment results show that the proposed method is effectiveness for illumination pattern based images under bias field and of higher accuracy rates than traditional FCM and thresholding .

光栅图像矢量化方法是涉及了图像的处理分析、人工智能和模式识别等领域的一种具有重要理论意义和巨大商业价值的技术。

Vector raster image is related to the processing of image analysis , artificial intelligence and pattern recognition has important theoretical significance of a commercial value and great technology .

作为工程图样矢量转换过程中一个十分重要的手段，光栅图像与矢量图形的混合编辑技术越来越受到人们的重视。

As a very important means in raster to vector conversion of engineering drawing , the technique of mixture edition of raster and vector is more and more attached importance to .

光栅图像格式将图片存储为描述像素状态的位图，而不是记录图元（譬如，线和曲线）的长度和位置。

Raster image formats store the picture as a bitmap describing the state of pixels , as opposed to recording the length and locations of primitives such as lines and curves .