公路货运协同运输管理平台研究

发布时间：2018-03-02 07:19

本文关键词： 协同运输管理应用架构技术架构　出处：《西南交通大学》2017年硕士论文　论文类型：学位论文

【摘要】：近年来,随着"互联网+"概念的提出,越来越多的互联网企业投入到物流行业的变革中,市场上也因此出现了大量的货运平台产品。这些货运平台产品大多是基于车货匹配、运输管理系统和车辆定位系统模式,但并未解决由于货物层层转包而带来运输链条信息断裂的问题,企业也无法对外实现资源的集约。本文主要是针对我国公路B2B货运市场存在的问题,提出一个多方参与的公路货运协同运输管理平台。运输链各相关企业通过在协同运输平台上实现运单流转、节点信息实时反馈,相对于原先物流企业各自封闭的信息系统来说,提高整个运输过程信息透明度;还能实现企业外部基于订单和运力资源的协同,提高企业运输效率,既而降低运输成本。首先,对我国现有公路货运平台产品进行总结、归纳,研究其业务模式与发展历程。然后,对公路货运协同运输管理平台需求分析和运输链协同分析,需求分析包括业务模式需求分析、平台功能需求分析和平台总体技术需求分析;运输链协同分析包括纵向协同分析和横向协同分析。之后,对平台总体进行设计,包括功能模块设计、平台体系结构、逻辑架构、应用架构和技术架构设计。最后,利用UML和IDEF1X对平台功能业务和数据库方面进行设计和实现。
[Abstract]:In recent years, with the introduction of the concept of "Internet", more and more Internet enterprises have invested in the transformation of the logistics industry. As a result, a large number of freight platform products have emerged in the market. Most of these platform products are based on vehicle and cargo matching. Transport management system and vehicle positioning system mode, but it does not solve the problem that the information of transportation chain is broken because of the subcontracting of goods layer by layer. This paper mainly aims at the problems existing in the road B2B freight transport market in China. This paper puts forward a multi-party cooperative transportation management platform for road freight transportation. The transportation chain related enterprises realize the circulation of the waybill on the collaborative transportation platform, and the node information feedback in real time, compared with the closed information system of the original logistics enterprises. Improve the information transparency of the whole transportation process, also can realize the cooperation of the external enterprise based on the order and the transportation capacity resources, improve the transportation efficiency of the enterprise, and reduce the transportation cost. First, summarize the products of our country's existing highway freight transportation platform, sum up, Then, the requirement analysis and transportation chain collaborative analysis of the collaborative transportation management platform of road freight transport, including business model requirements analysis, platform functional requirements analysis and platform overall technical needs analysis; Transportation chain collaborative analysis includes vertical and horizontal collaborative analysis. Then, the overall design of the platform, including functional module design, platform architecture, logical architecture, application architecture and technical architecture design. Use UML and IDEF1X to design and implement the platform function business and database.
【学位授予单位】：西南交通大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：F542

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