基于SOA的物流企业应用支撑平台的设计与实现

发布时间：2018-05-07 01:36

本文选题：SOA架构 + 物流企业　；参考：《吉林大学》2015年硕士论文

【摘要】：“十一五”时期，我国经济发展迅速，对物流业提出了很高的要求，同时也带来了极大的机遇，社会物流总额增长达到了21%，物流业增加值占国内生产总值的比重上升明显，提高了0.3%[1]。现在我国各个地区都在建设不同规模的物流园区，适应经济社会的快速发展，同时物流业呈现呈现集聚发展态势。2012年，全国社会物流总额达177.3万亿元。随着我国《物流业调整和振兴规划》的制定，有利于促进国民经济平稳较快发展，帮助促进经济结构调整和优质、高效发展[2]。目前我国物流业发展存在许多不同的问题，发展方式呈现粗放式发展方向，各个地区发展不平衡，缺乏良好的基础设施，政府政策和制度方面缺少扶持，缺少良好的社会环境。特别是随着交通运输成本的提高，人工成本上升，加上企业之间的恶性竞争，，这些不利因素加剧了物流行业的发展环境的困难。《物流业中长期发展规划（2012-2020年）》提出物流业需要朝着社会化、专业化方向发展，提示企业自身的综合实力，提高市场竞争力和物流整体运行效率。另外文件还确定九大物流区域、十大物流通道和物流节点城市的辐射带动作用，把握好重点城市网点建设和基础设施建设，构建标准化的物流体系和信息化服务水平，建设绿色物流[3]。随着物流企业的市场营销、业务拓展以及管理内容的不断增多，对企业信息化建设的依赖越来越多，从而满足市场客户和服务水平提升的需要。本文通过采用SOA架构、组件化的开发框架以及面向服务架构的设计理念，采用基于java语言开发的B/S访问结构，结合webservice技术，实现系统业务模块的松散耦合式开发。在系统开发过程中，采用Web2.0技术，严格遵守信息化建设标准和规范，遵循安全保障体系，从“满足现状需要，兼顾未来发展”出发，集成业务应用数据，优化物流业务流程，保障认证和传输安全，提供个性化门户界面。系统基于ESB服务框架，实现了应用平台的开放式结构，实现了统一用户管理和统一身份认证。总之，本平台可以为客户提供精益化物流管理所需要的便捷、专业的服务。本文对基于SOA的物流企业应用支撑平台的设计与实现进行研究，论文主要包括系统开发背景、需求分析、系统总体设计、详细设计以及系统实现等五个部分内容。本文重点以门户集成、服务管控和数据交换为基础内容，对各个子系统进行深入分析，并对各个系统的功能模块做详细设计。论文详细设计了物流企业应用支撑平台的数据库和技术构架，对管控中心和数据交换中心的核心功能设计，体现了平台的先进性，满足了物流管理的高层次需求。
[Abstract]:During the "Eleventh Five-Year Plan" period, China's economy developed rapidly, which put forward high requirements for the logistics industry, but also brought great opportunities. The total growth of social logistics reached 21%, and the proportion of the added value of the logistics industry to the gross domestic product (GDP) increased obviously. An increase of 0.3% [1]. At present, various regions in China are building logistics parks of different scales to adapt to the rapid development of economic and social development, and the logistics industry presents a trend of agglomeration. In 2012, the total amount of social logistics in China reached 177.3 trillion yuan. With the formulation of the "Plan for Adjustment and Revitalization of Logistics Industry" in China, it is beneficial to promote the steady and rapid development of the national economy, and to help promote the adjustment of the economic structure and the high quality and efficient development of the economy [2]. At present, there are many different problems in the development of logistics industry in our country. The way of development is extensive development direction, the development of various regions is unbalanced, the lack of good infrastructure, the lack of support in government policy and system, and the lack of good social environment. In particular, with the increase in transportation costs, the cost of labor is rising, and the vicious competition among enterprises, These unfavorable factors have aggravated the difficulties in the development environment of the logistics industry. [the medium and long term Development Plan for the Logistics Industry 2012-2020] > pointed out that the logistics industry needs to develop in the direction of socialization and specialization, indicating the comprehensive strength of the enterprise itself. Improve market competitiveness and logistics overall operational efficiency. In addition, the document also determines the radiation-driven role of nine major logistics regions, ten logistics corridors and logistics node cities, grasps the construction of network sites and infrastructure in key cities, and constructs a standardized logistics system and the level of information services. Construction of Green Logistics [3]. With the increasing of marketing, business expansion and management content of logistics enterprises, more and more enterprises rely on information construction to meet the needs of improving market customers and service level. In this paper, the loosely coupled development of system business module is realized by adopting SOA architecture, component-based development framework and service-oriented architecture, adopting B / S access structure based on java language and combining webservice technology. In the process of system development, we adopt Web2.0 technology, strictly abide by the standards and norms of information construction, follow the security guarantee system, from "meet the needs of the present situation, take into account the future development", integrate the business application data, optimize the logistics business process. Guarantee authentication and transmission security, provide personalized portal interface. Based on the ESB service framework, the open architecture of the application platform is realized, and the unified user management and identity authentication are realized. In short, the platform can provide customers with lean logistics management needs of convenient, professional services. This paper studies the design and implementation of logistics enterprise application support platform based on SOA. The paper mainly includes five parts: system development background, requirement analysis, system overall design, detailed design and system implementation. This paper focuses on portal integration, service management and control and data exchange as the basic content, in-depth analysis of each subsystem, and the detailed design of the functional modules of each system. The database and technical framework of the application support platform for logistics enterprises are designed in detail. The core functions of the management and control center and the data exchange center are designed, which embodies the advanced nature of the platform and meets the high-level requirements of logistics management.
【学位授予单位】：吉林大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52

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