动静脉矿业一体化发展空间决策支持系统设计  

Design on SDSS of integrated development of artery and vein mining

作　　者：吴德华[1,2] 陈松岭[1] 杨冰[2] 

机构地区：[1]中南大学地球科学与信息物理学院,长沙410083 [2]湖南城市学院市政与测绘工程学院,湖南益阳413000

出　　处：《测绘科学》2014年第7期158-162,共5页Science of Surveying and Mapping

摘　　要：动静脉矿业一体化发展系统是一个多层次、不断发展的开放式、动态的区域复杂巨系统。针对传统软件开发模式设计矿产资源信息系统普遍存在的异构系统的集成困难、系统不能随需应变等问题,本文分析了MapGIS IGS的二、三维GIS一体化开发和搭建式、JavaScript、Flex、Silverlight集成开发模式,提出了以MapGIS IGS为可视化平台,结合决策支持系统,以模型库为评价与决策核心,形成数据输入、输出,及二三维应用为一体的集成结构的系统开发思想。最后以黔东动静脉矿业一体化发展空间决策支持系统为例,利用原型法作为系统主要开发策略,设计了体系架构和初步框架,为区域动静脉矿业一体化协调可持续发展提供科学管理和决策支持。The integrated development system of artery and vein mining is an open, dynamic area complex giant system with multi-level and continuous acceleration. Aiming at the common problems of traditional development mode in the software design of mineral resources information system that the heterogeneous systems integration is difficult and cannot meet with the demand changing, etc. , the paper analyzed the MapGIS IGS integration development mode of the two or three dimensional GIS as one development, and architecture, JavaScript, Flex and Silverlight as integrated development, then put forward the system development ideas which used the MapGIS IGS as the visualization platform, combining with the decision support system, and made the model base the evaluation and decision making core to form an integrated structure with combination of data input, output, and the two or three dimensional application. Finally it took the Eastern Guizhou Spatial Decision Support System of Artery and Vein Mining Integrated Development as example, used the prototype method as the systems main development strategy to design the architecture and primary framework. The result provided a scientific management and decision support for harmonious and sustainable development of integrated area artery and vein mining.

关 键 词：MAPGIS IGS 动脉矿业 静脉矿业 SDSS 原型法 

分 类 号：P208[天文地球—地图制图学与地理信息工程]