With the background of national defense preliminary research project, this thesis mainly brings forward the ado network supported model for distributed heterogeneous databases, realizes distributed heterogeneous data interoperation and its multi-agents process control strategy using distributed mts / com + components 五”预研项目为研究背景,提出了分布式异构数据库的ado网络支持模型,实现了基于mtscom+的分布式异构数据互操作及其多agent过程控制策略。
Adapted to the requirements of high technology, cooperative action in battle and real-time information sharing in digitalized war, it puts emphasis research upon the key techniques of distributed heterogeneous data interoperation for military planning under network environment . using mts / com + mid-ware components, it realizes the distributed heterogeneous databases sharing, heterogeneous data interoperation and its process control in military battle planning 为适应现代数字化战争技术含量高、多兵种协同作战要求高以及作战信息共享的实时性要求高的特点,本文基于comdcom中间件技术,重点研究网络环境下面向军事作战规划的分布式异构数据互操作技术,实现了军事作战规划的分布式异构数据共享及异构数据互操作的过程规划与控制。
The research work of this thesis mainly includes : 1 ) discuss architecture of distributed database and physics realization, realize distributed heterogeneous data accessing through com / dcom; analyze architecture of mobile agent and distributed database accessing based on mobile agent; analyze distributed multiplayer application based on com / dcom, bring forward a network model of heterogeneous data mutual-operation 本论文的研究工作包括:重点探讨分布式数据库的体系结构与物理实现,分析了移动agent的体系结构以及基于移动agent的分布式数据库访问;在基于comdcom的分布式多层应用基础上,实现了一种基于ado的异构数据互操作网络模型。
3 ) discuss real-time data manipulate in power unit and definition of data accessing component interface; design and realize distributed real-time database system in power unit; realize heterogeneous data mutual-operation based on com / dcom with delphi; analyze security in power unit data processing . through the research of this project, having accumulated experience for designing platform of distributed heterogeneous data real-time manipulate 探讨了电力生产运行实时数据操纵及数据访问组件接口定义;深入分析了电厂分布式实时数据库系统的设计与实现;探讨了基于comdcom的异构数据互操作的程序实现过程及应用实例;分析了电力生产运行实时数据处理的安全性。