云环境下汽车制造供应链分布式多Agent仿真系统开发

发布时间：2018-01-13 04:22

本文关键词：云环境下汽车制造供应链分布式多Agent仿真系统开发　出处：《大连理工大学》2016年硕士论文　论文类型：学位论文

【摘要】：随着科技及经济的发展,云计算、云制造技术应运而生,云制造环境下汽车制造供应链成为云计算环境下制造业供应链管理的新模式。为探究云环境下供应链管理的运行规律,在实验室环境下,运用仿真的手段对相关理论方法进行验证。因此,本文针对如何开发云制造环境下汽车制造供应链的分布式多Agent仿真系统开展研究。本文以《云环境下汽车制造业供应链服务发现与协同机制仿真平台》项目为背景,以云环境下汽车制造供应链为研究对象,针对不同环境下汽车制造供应链的业务流程进行了分析。根据云环境以及云制造平台的特点,分析了云制造环境下汽车制造供应链的具体流程,结合项目需求,对分布式多Agent云服务仿真系统进行了详细的分析,提出分布式多Agent仿真系统的系统功能架构。根据分布式多Agent系统分析,设计了基于JADE多Agent仿真平台的云环境下汽车制造多Agent仿真系统。为汽车制造供应链系统中涉及到的各类供应商企业,整车制造商企业和销售商企业,建立了相应的Agent模型。同时为云制造平台建立了云服务Agent模型,在实验室环境下运用云服务Agent来模拟云制造平台的一些特征行为来完成云环境下汽车制造供应链的仿真。根据FIPA标准设计了上述各个Agent之间的交互。同时基于SpringMVC框架设计了一个用于对仿真系统数据进行管理的前台交互模块。通过对JADE平台和SpringMVC框架技术的深入研究运用,不断对两种技术进行融合开发试验,实现了汽车供应链分布式多Agent云仿真系统。仿真系统的实现一方面对云平台仿真项目的理论研究进行了仿真验证；另一方面验证了JADE在多Agent分布式仿真方面的优势以及Java语言的扩展性和跨平台性。本研究对帮助企业理解云制造环境下供应链的协作行为特点具有一定的指导意义,具有广阔的应用前景。
[Abstract]:With the development of technology and economy, cloud computing and cloud manufacturing technology emerge as the times require. Automobile manufacturing supply chain in cloud manufacturing environment has become a new mode of manufacturing supply chain management in cloud computing environment. In order to explore the running rule of supply chain management in cloud environment, in laboratory environment. The method of simulation is used to verify the relevant theories and methods. This paper focuses on how to develop a distributed multi-#en0# simulation system for automotive manufacturing supply chain under cloud manufacturing environment. In this paper, the simulation platform of automobile manufacturing supply chain service discovery and collaborative mechanism under cloud environment is presented. Project background. Taking the automobile manufacturing supply chain under the cloud environment as the research object, this paper analyzes the business process of the automobile manufacturing supply chain under different environments, according to the characteristics of the cloud environment and the cloud manufacturing platform. The specific flow of automobile manufacturing supply chain in cloud manufacturing environment is analyzed. Combined with project requirements, the distributed multi-#en0# cloud service simulation system is analyzed in detail. This paper presents the functional framework of distributed multi-#en0# simulation system, and analyzes it according to the distributed multi-#en1# system. This paper designs a multi-#en2# simulation system for automobile manufacturing in cloud environment based on JADE multi-#en1# simulation platform. It is a kind of supplier enterprise involved in automobile manufacturing supply chain system. The corresponding Agent model and the cloud service Agent model for the cloud manufacturing platform are established. In laboratory environment, cloud service Agent is used to simulate some characteristic behaviors of cloud manufacturing platform to complete the simulation of automobile manufacturing supply chain in cloud environment. According to the FIPA standard, each Agent is designed. At the same time, based on the SpringMVC framework, a foreground interaction module is designed to manage the simulation system data. Through the JADE platform and SpringMVC framework technology. For further research and application. The distributed multi-#en0# cloud simulation system of automobile supply chain has been realized by combining the two technologies. On the one hand, the theory of cloud platform simulation project has been simulated and verified. On the other hand, the advantages of JADE in multi-#en1# distributed simulation and the extensibility and cross-platform of Java language are verified. This study can help enterprises understand the cooperative behavior of supply chain in cloud manufacturing environment. The characteristics have certain guiding significance. It has broad application prospect.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP391.9

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