基本释义:

栅图

网络释义

1)chart,grid,栅图

2)raster plotting,光栅绘图

3)raster image,光栅图

4)grid map,栅格地图

5)grid image,栅格图像

6)raster image,光栅图像

用法和例句

It consists of three parts:graphics edit,computer graphics metafile generation and interpretation,and raster plotting.

Plot Easy油气勘探成图软件是NEWS油藏综合解释系统的一个专业应用子系统,它主要由图形编辑、计算机图形元文件(CGM)生成和解释、光栅绘图3部分组成。

One new vectorization method of color raster images;

浅议一种彩色光栅图像矢量化的新方法

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

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 。

Then a grid map is also built in the topological map and landmark information updates related incremental map on Bayesian theory.

针对里程计和超声波传感器构建地图时由于累积误差易造成的地图扭曲失真,引入红外定位传感器作为绝对路标信息,生成全局拓扑地图,并在此基础上利用贝叶斯理论进行局部栅格地图的构建,混合地图减小了里程计的累积误差,提高了地图的稳定性。

In this paper,based on grid maps updated in real time,a fast,suboptimal planning algorithm is proposed to implement collision-free navigation of an autonomous mobile outdoor robot AMOR,who is the winner of autonomous reconnaissance in the 2007 C-ELROB competition.

基于实时的动态栅格地图,提出了一个快速的而又实效的轨迹规划算法,实现机器人在室外环境的无碰撞运动导航。

We study the behaviors of the coverage of the environment and present a feasible method that robot maps; We represent the environment with the grid map, and pide the map of the environment; Adopt a Width-first Search and Depth-first Coverage (WSDC) method to gain a coverage-order of the square free-areas to navigate the robot movement.

本文针对室内清洁机器人的区域遍历问题,提出了一种地图绘制的方法;该方法基于栅格地图表示环境,对环境地图进行分区,通过自由区域联结图广度优先搜索及深度优先遍历(WSDC)形成方形区域遍历顺序,对机器人探测环境的路线进行导航。

As for the research and application of spatial information parallel procession under cluster,based on the analysis segmentation method of grid image,the kind of K_c-algorithm is proposed in this paper with the basic idea that different objects of images are processed in parallel by comparing Kc value with T_K=μ_K+ασ_K in each cluster computing node.

阐述了当前栅格图像处理存在的问题,针对集群环境下空间信息的并行存取与处理的研究与应用,分析了栅格图像的分割方法,并提出了一种分割栅格图像的Kc算法。

At last,some suggestions about the vectorization of grid image are proposed.

该文分析了栅格图像矢量化的常用方法存在的问题,介绍并简单评价了多种主要的改进方法,方便技术人员根据具体需要快速的选择合适的矢量化方法,最后,就栅格图像矢量化的研究方向给出了一些建议。

The article aimsatthe subject about the raster imageswhichtransfer betweenAutoCAD and the other software.

针对AutoCAD软件与其他应用软件间图形图像的相互转移问题,以AutoCAD2006为平台,集中探讨了在其环境下引用和提取光栅图像的方法,采用所述方法能达到综合利用软件解决项目任务的目的;文中给出实例,说明实际应用效果以为佐证。

New methods are proposed on how to convert raster and vector im-ages of AutoCAD, and how to get the vector image from raster image and exchange vector image into raster image by virtual printer isproposed especially,by which the goal of resolving the image conversion problems efficiently and in low cost will be achieved.

针对图像处理中光栅图像与矢量图像的交换问题,集中探讨了基于AutoCAD实现交换的技术方法,其中特别提出光栅图像矢量化引入和矢量图像虚拟交换到光栅图像文件的方法。

The vectorization of raster images including two steps: image pision and vector getting.

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。