基于Web Services的供应链管理信息集成

介绍了在当前供应链的环境下,成员信息集成交互的重要性,指出了传统的一些分布式信息集成技术的不足,给出了在Web Services技术下供应链信息集成的框架、方案,并指出Web服务的技术优势,在实现异构平台的企业间信息交互的可行性和优点。该方案可以有效的满足供应链信息集成的要求。     

建筑供应链信息共享平台设计与应用

针对建筑供应链异构信息无法充分共享的问题,分析异构信息对信息共享平台的需求,设计基于本体集成的建筑供应链信息共享模型和共享过程模型,提出基于本体集成的建筑供应链信息共享平台,并且描述其中的关键功能模块。论述基于本体集成的信息共享平台如何支持建筑供应链的信息共享。结果证明,基于本体集成的建筑供应链信息共享平台能够更有效地检索信息、学习领域知识及支持决策。     

基于数据仓库的供应链信息集成

信息集成是实现供应链应用的基础和关键技术之一,文章提出利用数据仓库技术实现供应链中信息集成的方法。首先对数据仓库的基本概念和设计方法进行了详细的介绍,并举例说明在供应链中建立数据仓库模型的设计方法。进一步基于数据仓库模型解决了供应链信息集成中物流、资金流、信息流的三流集成、企业信息门户、关键性能指标KPI监控和分析等重要问题。     

基于Web Services的供应链信息集成研究

作为信息集成的有效解决方案，Web Services被用来集成异构应用与分布式对象模型。Web Services支持更为复杂的Web交互，并支持供应链企业之间的信息集成(B2Bi)与协作。在阐述了Web Services集成概念与理论的基础上，对供应链信息集成的方法与实例进行了较为深入的研究。     

供应链信息主动集成技术的研究

传统的供应链信息集成只是实现了供应链企业间信息的传递与共享,供应链各结点企业之间的联接、合作、设计、竞争策略等方面良好的协调是集成化供应链管理的关键。因此需要供应链企业主动获取供应链合作伙伴的信息。     

基于物联网技术的复杂供应链数据集成系统设计

为了提升供应链业务效率和服务水平,设计基于物联网技术的复杂供应链数据集成系统。在硬件设计中,采用物联网技术构建集成框架,包括数据层、应用层和访问层结构。在软件设计中,利用抽象化处理同步作业任务的数据字段结构,采用物联网技术给定复杂供应链数据集成模式,按照不同的供应链任务关系匹配同步任务,实现供应链数据的集成。实验结果表明,该系统的信息共享率达到99.5%以上,各个供应链的信息交互百分比均超过95%,应用效果好。     

基于企业产品供应链的信息集成模型

本文针对现代企业间基于企业网络的信息集成问题提出了一个种体系结构：供应链系统－决策支持系统－支撑系统。围绕着体系结构,主要讲座了几个关键技术：供应链系统,基于敏捷供链的动态企业联盟;决策支持技术;企业间信息集成的支撑技术。     

基于Web服务组合技术的物流供应链管理信息系统集成

根据供应链管理中物流信息的特点,提出采用Web服务组合技术解决供应链管理信息中的数据异构兼容问题。构建了基于Web服务组合技术的物流供应链信息系统集成的框架,解决了供应链管理中的各节点企业协调同步对系统集成的要求。     

企业集成中基于ARIS和SAP／R3的供应链建模,优化,计划和执行

本文论述了企业从信息集成,过程集成到企业集成的发展趋势,给出了企业链管理的定义与需求,探讨了基于ＡＲＩＳ的供应链管理的建模方法和基于ＳＡＰ／Ｒ３的供应链管理优化,计划和执行的方法,并给出了供应链管理的实例。     

基于知识点协同的生产信息集成体系模型研究

对煤炭生产信息集成系统的研究从纵向和横向两个方面进行。以纵向的观点,在煤炭生产信息集成系统的设计与开发中,引入供应链的思想,通过一条供应链将原料获取、生产、产品销售信息贯穿在一起;以横向的观点,建立在该供应链上的各相关节点的信息集成可以通过知识点聚集利用计算机协同工作、人工智能、数据库等技术实现信息的综合集成,能用计算机可以识别的信息进行描述与表示。     

信息整合在汽车行业中的应用

供应链整合是企业控制并协调整个供应链系统,优化资源在每个环节的配置,以低成本创造高价值。介绍供应链整合的概念、内容,以信息整合为重点,分析汽车行业基于业务流程的信息整合以及基于本体的信息系统异构知识集成。     

面向行业供应链的企业应用集成研究

供应链信息系统的集成对于提高供应链的管理水平至关重要，也是实施供应链管理系统的一个难题。介绍了EAI的内容和面临的难题，然后结合行业供应链上的企业应用的特点，给出了面向行业供应链的企业应用集成架构参考模型，进一步论述了实现集成架构模型的关键技术。最后，给出了该集成框架下一个具体的应用案例。     

面向行业供应链的企业应用集成研究

供应链信息系统的集成对于提高供应链的管理水平至关重要,也是实施供应链管理系统的一个难题。介绍了EAI的内容和面临的难题,然后结合行业供应链上的企业应用的特点,给出了面向行业供应链的企业应用集成架构参考模型,进一步论述了实现集成架构模型的关键技术。最后,给出了该集成框架下一个具体的应用案例。     

Collaborative integration in e-business through private trading exchanges (PTXs)

Collaborative integration is e-business process integration with supply chain partners such that there is a tightly-coupled collaborative relationship among all partners, deep visibility across all tiers of the supply chain, and near-real-time information exchange and knowledge sharing around supply chain processes. Enterprises seek to implement collaborative integration in order to realize the value-added benefits and cost savings of superior supply chain management, while enabling intelligent action and faster response to environmental variability. Increasingly, supply chain leaders are building private trading exchanges (PTXs) in order to more effectively enable and manage such collaborative integration. This paper examines the value proposition and the spectrum of solutions and services around collaborative integration through PTXs. The paper first identifies the challenges of collaborative integration in near-real-time supply chains. It then describes the building blocks of a PTX solution. It develops a comparative value proposition for collaborative integration. It then provides an illustrative case example from Viacore Inc. The paper ends with an examination of the future of collaborative integration in lean e-business environments.     

利用Web服务实现供应链中跨企业信息系统的集成

本文讨论了如何利用Web服务来实现供应链中跨企业信息系统的集成，提出了基于Web服务的供应链信息系统集成模式，并且具体讨论了如何利用Web服务实现信息系统的集成。     

An Architecture for Supply Chain Integration and Automation on the Internet

Electronic commerce is happening at a very fast pace and business-to-business ecommerce is taking the lead, a very important part of which is the supply chain integration and automation. There is a high demand for well accepted interoperability standards which need to be fitted together for supply chain integration to meet the business demands such as being able to integrate catalogs from different companies. This will facilitate product comparisons and producing customized catalogs. Given an anchor product anywhere on the supply chain, it should be possible to obtain information on related products that complement or add value to this anchor product. Yet another key issue is the full automation of the supply chain processes. However since a single dominant electronic commerce standard is unlikely, the supply chain integration and automation should be able to accommodate different standards like OBI or OTP. This will make it possible for users to conform to the standards of their choice.Another important fact is that rigid supply chains can co-exist with supply chains formed on the fly where participants can transact business spontaneously since the Web is able to make the information instantly available to all trading partners. Facilitating resource discovery that is discovering information on possible partners and their catalogs on the Internet and transacting business automatically also becomes an important issue.The architecture developed within the scope of this paper addresses these issues. We have used the emerging technologies and standards as the infrastructure of the system proposed; and integrated these to meet the needs of supply chain integration and automation and demonstrated how each of the mentioned functionality can be achieved.     

Specifying information systems for business process integration – A management perspective*

Supply chain management and customer relationship management are concepts for optimizing the provision of goods to customers. Information sharing and information estimation are key tools used to implement these two concepts. The reduction of delivery times and stock levels can be seen as the main managerial objectives of an integrative supply chain and customer relationship management. To achieve this objective, business processes need to be integrated along the entire supply chain including the end consumer. Information systems form the backbone of any business process integration. The relevant information system architectures are generally well-understood, but the conceptual specification of information systems for business process integration from a management perspective, remains an open methodological problem. To address this problem, we will show how customer relationship management and supply chain management information can be integrated at the conceptual level in order to provide supply chain managers with relevant information. We will further outline how the conceptual management perspective of business process integration can be supported by deriving specifications for enabling information system from business objectives. This work has been funded by the German Federal Ministry of Education and Research (Bundesministerium für Bildung und Forschung), record no. 01HW0196.     

供应链模型及其优化研究的现状与进展

这是一篇关于供应链模型及其优化分析工作的综述性文章．本文综述了生产运作 管理和供应链管理模型分析．关于供应链的局部情况，评述了生产运作中库存、生产销售、 库存销售、质量控制、财务等问题的模型及其优化应用；关于供应链整体情况，评述了集成 化、供应合同、信息价值、产品管理和国际运作等问题的模型及其优化应用．最后，提出了 供应链模型及其优化分析工作进一步研究的问题．     

基于物联网的集成化港口供应链协同管理探析

物联网作为新一代信息技术,在协同管理方面发挥着越来越重要的作用。同时,作为集成化程度要求较高的港口供应链,运用物联网技术进行协同管理,则是一种新的突破。拟通过分析基于物联网的集成化港口供应链协同管理的概念,设计或提出基于物联网的集成化港口供应链协同管理模式、协同管理平台及其对策。