多业务流程交互建模的研究与实现
发布时间：2018-10-14 15:51
【摘要】：随着电子商务的发展和业务需求的增加,交互式系统成为日常计算世界的典型形式,系统的多个流程之间必须相互协作才能使得整个系统良好的运转起来,使软件系统具备完整的业务处理功能,满足用户日益增长的新需求。参与业务集成交互的企业是相对独立的主体,在实现企业间业务无缝集成的同时具有各自业务目标的独立性。本文旨在研究交互式系统中多流程交互模型的本质和意义,提出了一种基于全局模型和本地模型的建模方法,更直观地描述了参与业务集成的主体在整体业务中的作用与角色,同时基于公有流程与私有流程的概念有效地保护了企业自身的隐私业务。 本文首先介绍了论文工作的背景,简要阐述了经济全球化背景下交互系统的发展状况,从而引出工作流领域中多流程交互的发展。以实验室研究方向为基础,开展了本文涉及的课题,并详细介绍了SOA架构、业务流程管理平台以及服务组合技术(编排与编制)等相关技术。 论文接着描述了多流程交互模型在业务流程管理系统中的意义,调研了多流程交互建模工具基本功能需求,列举了多流程交互建模工具应该具备的基本功能。 接着本文简要阐述了多流程交互建模工具的总体设计,并对各模块进行简要说明。首先选择SOA架构作为工具的总体架构,然后根据总体架构设计了多流程交互建模工具关键功能模块：全局模型设计模块,本地模型推导模块,本地流程转换模块。 论文根据所提出的设计理论,分别对全局模型设计模块、本地模型推导模块与本地流程转换模块进行了详细的实现说明,并在实现说明的最后附上实际运行效果图进行直观描述。 本文最后对多流程交互建模工具进行了实例建模分析,同时总结项目开发过程及项目成果,指出工具的不足之处,并提出改进的方案。
[Abstract]:With the development of electronic commerce and the increase of business demands, interactive systems have become a typical form of the daily computing world, and many processes of the system must cooperate with each other in order to make the whole system work well. The software system has the complete business processing function to meet the new demand of the user day by day. The enterprises participating in the business integration interaction are relatively independent entities, which have the independence of their respective business objectives while realizing the seamless integration of business among enterprises. The purpose of this paper is to study the essence and significance of multi-process interaction model in interactive system, and propose a modeling method based on global model and local model, which describes the role and role of the agents involved in business integration in the whole business more intuitively. At the same time, the concept of public process and private process effectively protects the private business. In this paper, the background of the thesis is introduced, and the development of interaction system under the background of economic globalization is briefly described, which leads to the development of multi-process interaction in workflow field. Based on the research direction of the laboratory, this paper carries out the subject involved in this paper, and introduces in detail the SOA architecture, business process management platform and service composition technology (orchestration and compilation) and so on. The paper then describes the significance of the multi-process interaction model in the business process management system, investigates the basic functional requirements of the multi-process interaction modeling tool, and lists the basic functions that the multi-process interaction modeling tool should have. Then this paper briefly describes the overall design of the multi-process interactive modeling tool, and gives a brief description of each module. Firstly, the SOA architecture is selected as the overall framework of the tool, and then the key function modules of the multi-process interactive modeling tool are designed according to the overall architecture: the global model design module, the local model derivation module and the local process transformation module. According to the proposed design theory, the global model design module, the local model derivation module and the local process conversion module are described in detail. And at the end of the implementation instructions attached to the actual operation effect diagram for visual description. At the end of this paper, the author analyzes the multi-process interactive modeling tool by example, summarizes the project development process and project results, points out the shortcomings of the tool, and puts forward the improved scheme.
【学位授予单位】：北京邮电大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TP393.09
本文编号：2270923
[Abstract]:With the development of electronic commerce and the increase of business demands, interactive systems have become a typical form of the daily computing world, and many processes of the system must cooperate with each other in order to make the whole system work well. The software system has the complete business processing function to meet the new demand of the user day by day. The enterprises participating in the business integration interaction are relatively independent entities, which have the independence of their respective business objectives while realizing the seamless integration of business among enterprises. The purpose of this paper is to study the essence and significance of multi-process interaction model in interactive system, and propose a modeling method based on global model and local model, which describes the role and role of the agents involved in business integration in the whole business more intuitively. At the same time, the concept of public process and private process effectively protects the private business. In this paper, the background of the thesis is introduced, and the development of interaction system under the background of economic globalization is briefly described, which leads to the development of multi-process interaction in workflow field. Based on the research direction of the laboratory, this paper carries out the subject involved in this paper, and introduces in detail the SOA architecture, business process management platform and service composition technology (orchestration and compilation) and so on. The paper then describes the significance of the multi-process interaction model in the business process management system, investigates the basic functional requirements of the multi-process interaction modeling tool, and lists the basic functions that the multi-process interaction modeling tool should have. Then this paper briefly describes the overall design of the multi-process interactive modeling tool, and gives a brief description of each module. Firstly, the SOA architecture is selected as the overall framework of the tool, and then the key function modules of the multi-process interactive modeling tool are designed according to the overall architecture: the global model design module, the local model derivation module and the local process transformation module. According to the proposed design theory, the global model design module, the local model derivation module and the local process conversion module are described in detail. And at the end of the implementation instructions attached to the actual operation effect diagram for visual description. At the end of this paper, the author analyzes the multi-process interactive modeling tool by example, summarizes the project development process and project results, points out the shortcomings of the tool, and puts forward the improved scheme.
【学位授予单位】：北京邮电大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TP393.09
【参考文献】
相关期刊论文 前3条
1 张志君,范玉顺;一种高性能的分布式工作流系统实现框架[J];计算机集成制造系统-CIMS;2003年06期
2 苏阳;朱明;;J2EE工作流的交互性研究与实现[J];计算机技术与发展;2008年06期
3 柯飞帆,宁宣熙;基于协同工作流管理的动态联盟分析[J];现代管理科学;2005年07期
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