基于插件技术的遥感影像解译系统研究
发布时间：2018-12-15 08:47
【摘要】：随着遥感技术发展,不断外延的应用需求对遥感应用软件架构提出了挑战。此外随着研究的深入,新的工具和处理方法不断涌现,这也需要快速地集成到软件框架并得到应用。为了适应遥感影像解译中不断提出的新需求、不断更新的影像处理算法,使遥感影像解译系统更加灵活,本文提出了基于插件技术的遥感影像解译系统架构方法。实践证明,使用插件技术明显简化了软件开发步骤,提高系统灵活性。 本文主要工作体现在以下几点： 1、提出采用“平台/插件”技术架构遥感影像解译系统。通过分析目前遥感解译的作业方式,提出采用“平台/插件”技术重新架构系统,在此基础上重点研究了插件机制。 2、重构系统平台并集成工具插件。在已有软件框架的基础上,采用“平台/插件”技术重新搭建系统平台。将解译工具、检查工具、绘制工具等工具集进行插件化设计。将工具集插件集成到平台框架,并运行实验。 3、应用插件技术设计开发道路提取插件。为了完整地体现插件式开发的优越性,选取了遥感解译中常用的道路提取功能作为实例,按照定义好的接口规范,详细地说明了道路提取插件的开发过程。
[Abstract]:With the development of remote sensing technology, the application requirement of extension has challenged the architecture of remote sensing application software. In addition, with the deepening of research, new tools and processing methods are emerging, which also need to be quickly integrated into the software framework and applied. In order to adapt to the new demand of remote sensing image interpretation and update the image processing algorithm to make the remote sensing image interpretation system more flexible, this paper proposes a method of remote sensing image interpretation system architecture based on plug-in technology. Practice has proved that the use of plug-in technology significantly simplifies the software development process and improves the flexibility of the system. The main work of this paper is as follows: 1. A platform / plug-in technology is proposed to construct remote sensing image interpretation system. Based on the analysis of the operation mode of remote sensing interpretation, the platform / Plug-in technology is proposed to re-construct the system. On this basis, the plug-in mechanism is studied emphatically. 2, reconfigure the system platform and integrate the tool plug-in. Based on the existing software framework, the platform / plug-in technology is used to rebuild the system platform. Will interpret tools, check tools, drawing tools and other tools for plug-in design. The tool set plug-in is integrated into the platform framework, and the experiment is carried out. 3. Apply plug-in technology to design and develop road extraction plug-in. In order to fully reflect the advantages of plug-in development, the road extraction function commonly used in remote sensing interpretation is selected as an example, and the development process of road extraction plug-in is explained in detail according to the defined interface specification.
【学位授予单位】：辽宁工程技术大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：P237
本文编号：2380360
[Abstract]:With the development of remote sensing technology, the application requirement of extension has challenged the architecture of remote sensing application software. In addition, with the deepening of research, new tools and processing methods are emerging, which also need to be quickly integrated into the software framework and applied. In order to adapt to the new demand of remote sensing image interpretation and update the image processing algorithm to make the remote sensing image interpretation system more flexible, this paper proposes a method of remote sensing image interpretation system architecture based on plug-in technology. Practice has proved that the use of plug-in technology significantly simplifies the software development process and improves the flexibility of the system. The main work of this paper is as follows: 1. A platform / plug-in technology is proposed to construct remote sensing image interpretation system. Based on the analysis of the operation mode of remote sensing interpretation, the platform / Plug-in technology is proposed to re-construct the system. On this basis, the plug-in mechanism is studied emphatically. 2, reconfigure the system platform and integrate the tool plug-in. Based on the existing software framework, the platform / plug-in technology is used to rebuild the system platform. Will interpret tools, check tools, drawing tools and other tools for plug-in design. The tool set plug-in is integrated into the platform framework, and the experiment is carried out. 3. Apply plug-in technology to design and develop road extraction plug-in. In order to fully reflect the advantages of plug-in development, the road extraction function commonly used in remote sensing interpretation is selected as an example, and the development process of road extraction plug-in is explained in detail according to the defined interface specification.
【学位授予单位】：辽宁工程技术大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：P237
【参考文献】
相关期刊论文 前10条
1 宁华华;王慧;;分布式数据库的复制和分片[J];电脑知识与技术;2009年19期
2 陈托;姚国清;;插件技术在航天数据处理中的应用[J];电脑知识与技术;2011年01期
3 吴亮;杨凌云;尹艳斌;;基于插件技术的GIS应用框架的研究与实现[J];地球科学;2006年05期
4 钟九生;江南;胡斌;王俊淑;;面向城市应用的多源遥感影像服务平台设计与实现[J];地球信息科学学报;2012年01期
5 张胜文;刘金菊;方喜峰;;基于平台/插件软件架构的CAPP系统研究[J];江苏科技大学学报(自然科学版);2009年02期
6 向慧;赵恒;唐素芬;陆炜;陈娟;;基于插件技术的舰载指控系统应用框架[J];火力与指挥控制;2010年07期
7 张东;吴晓琳;;基于插件技术实现遥测数据事后处理系统软件[J];舰船电子工程;2008年12期
8 张毅;李国卿;赵军喜;孙庆辉;;插件式GIS应用框架关键技术研究[J];测绘科学技术学报;2010年04期
9 燕永峰;杨建宇;;插件平台在国土资源管理信息系统中的运用[J];金属矿山;2006年10期
10 刘红梅,任志纯,赵捧未;XML在信息系统外挂插件中的应用[J];情报杂志;2003年11期
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