网络技术在汽车行业供应链管理系统中应用

以机械制造业(含汽车)ERP/SCM/CRM集成技术与系统攻关为科研背景,分析汽车行业供应链,将Intranet和Extranet技术应用与汽车行业供应链管理之中,给出基于网络中介的汽车行业供应链信息集成系统的实例.     

基于移动agent的供应链管理系统模型研究

分析国内外供应链管理研究现状,探讨在供应链中引入移动agent的技术优势。将移动agent技术应用于供应链管理系统,可以增强供应链网络中各个环节的信息传递速度和共享程度,提高供应链的敏捷性和对市场的快速反应能力,从而降低供应链的牛鞭效应。提出了基于移动agent的供应链管理系统模型,并对系统实现的几个关键问题做了探讨。     

从CIMS走向供应链的动态优化

计算机集成制造系统CIMS由于其强调以计算机为基本手段,以制造为核心的集成,已不能适应近20年来发展的新形势。本文在介绍了时代变化引起怕挑战之后,讨论了供应链管理的基本概念。本文重点论述了供应链动态集成系统的构成及其功能,并比较了CIMS与供应链动态集成系统的差异。最后,文章介绍了供应链集成系统的当今发展情况及今后发展方向。     

过程企业供应链管理监控系统的研究

结合过程企业的特点 ,采用先进的网络技术和软件开发技术 ,开展了供应链管理监控系统研究 ,提出了适合过程企业的供应链监控系统结构框架 ,并在企业供应链系统网络环境下进行了开发应用研究。     

过程企业供应链管理监控系统的研究

结合过程企业的特点,采用先进的网络技术和软件开发技术,开展了供应链管理监控系统研究,提出了适合过程企业的供应链监控系统结构框架,并在企业供应链系统网络环境下进行了开发应用研究。     

面向供应链管理的企业应用集成技术选择模型

供应链信息系统的集成对于提高供应链管理水平至关重要,企业应用集成(EnterpriseApplicationIntegration,EAI)技术的出现对供应链信息系统的集成提供了一个新的解决方案。论文通过对供应链集成系统的分类和EAI技术的分析,提出了选择适用于不同类型系统的EAI技术的模型,通过该模型的应用,减少了企业在选择供应链信息系统集成技术时的不确定性,为有效地集成供应链信息系统提供了切实可行的方法和途径。     

软件供应链安全综述

随着信息技术产业的发展和软件开发需求的扩展,软件开发的难度与复杂度不断上升,针对软件供应链的重大安全事件时有发生。这些事件展现了软件供应链攻击低成本而高效的特点以及软件供应链管理的复杂性,使得软件供应链的安全问题受到了广泛的关注,相关领域的研究工作也进入了起步阶段。本文从软件供应链安全的定义以及发展历程入手,介绍了软件供应链安全问题的相关背景,并通过对现有研究成果的调研分析,将软件供应链安全问题分为管理问题和技术问题两个方面,从这两个方面入手介绍了软件供应链安全的研究现状,然后结合研究现状总结了软件供应链安全所面临的现实挑战,并提出了未来可能的研究方向。     

基于B2B电子商务与供应链管理

综述了电子商务供应链管理的研究和应用现状,在分析了电子商务与供应链管理之间关系的基础上,提出了供应链管理的矩阵分析模型。     

基于网格计算的供应链管理系统模型研究

介绍了供应链管理系统，针对目前供应链管理系统现状，把先进的供应链管理技术、信息技术、数据通信技术及计算机处理技术等有效地综合运用，提出了基于网格计算的供应链管理系统模型。     

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。     

基于电子商务的供应链管理研究

供应链管理是21世纪企业管理的发展趋势。本文首先分析了供应链管理的本质、然后着重对供应链管理软件的特征进行探讨,并给出了我国企业的应对策略。     

Supply chain management information systems capabilities. An exploratory study of electronics manufacturers

Supply Chain Management Information Systems (SCM IS) play an increasingly critical role in the ability of firms to reduce costs and increase the responsiveness of their supply chain. This paper develops an empirically supported model of the organizational capabilities enabled by SCM IS. The model integrates and enriches theoretical and empirical studies of competitive strategy, supply chain management, and interorganizational information systems. Evidence from an exploratory case study of three large firms in the electronics manufacturing industry is examined to build a better-supported theory of SCM IS capabilities. The findings suggest the organizational capabilities enabled by SCM IS can be conceptualized as the level of support provided for: operational efficiency; operational flexibility; internal planning and analysis; and external planning and analysis. The theoretical model furthers an understanding of SCM IS capabilities and is sufficiently developed to permit operationalization for future studies evaluating the effectiveness of SCM IS.     

Algorithm optimization of large-scale supply chain design based on FPGA and neural network

The Supply Chain Management System permits an organization to work quickly and adequately all through a large scale. It will begin with every idea's fundamental comprehension, including Production, Inventory, Location, and Transportation. Consolidating all the cycles will underline the part of SCM (Supply chain Management) in business economics. In the existing method IoT and Convolutional Neural Network for Supply Chain Management (SCM). The drawback of the previous method is un-sensitive in the supply chain in extensive scale management. The proposed method is based on FPGA (Field Programmable Gate Arrays) and Neural Network for Supply chain Management. The outcome and looking at the finished flexibly chain the executive's plan, and the administrator can operate without much of a stretch limit the mix-up and fix it in a brief period. Each organization has its own personal SCM (Supply Chain Management) plan, and the progression of the network domain will choose the system's viability. The proposed Neural Network-based Numeric Framework Algorithm long-chain centers on the SCM (Supply chain Management) framework's all-out methodology and wants to have a superior SCM (Supply Chain Management). Base on the meeting date, the current Neural Network understands the positive and negative perspectives.At last, it can address the inquiries of how to improve the network framework. The organization has a more powerful SCM (Supply chain Management. Furthermore, the significant organization improves to have the option to rival the unfamiliar creations.     

供应链融资中的货代企业信息化方向探讨

供应链融资为货代企业带来了新的发展契机和利润增长点,同时也对货代企业信息系统开辟了一个全新的应用领域。该文根据供应链融资业务的特点以及货代企业在其中的业务内容,分析了货代企业在供应链融资中的信息化方向。     

A framework for designing the balanced supply chain scorecard

Effective measurements of Supply Chain Management (SCM) in the context of the Balanced Scorecard (BSC) have become more important. In the existing SCM performance studies, there are three limitations. First, the SCM measures are not reconciled with the BSC. Second, SCM measures have not comprehensively considered the goals that can be achieved by SCM strategies and solutions. Third, the measures have not identified the characteristics of industry, product, and production strategy. In this paper, we propose a framework for the Balanced Supply Chain Scorecard that considers the literature on the BSC and SCM, SCM solutions, and product characteristics. We analyze the causal relationships between the SCM solutions and product characteristics against measures. The identified relationship between the measures and SCM solutions can be used to evaluate the impact of SCM solutions. Using a case study, we find that the importance of measures significantly depends on the product characteristics. This study can be used to expand the BSC into the area of Strategic Enterprise Management systems, thus to relate performance measures to business activities.     

Study on product quality tracing technology in supply chain

Nowadays, the product quality collaborative control technology in supply chain have been concentrated on by many researchers, however, tracing is still a less talking topic among them. Aiming to solve the quality tracing problem in supply chain, a methodology of designing information systems for traceability is proposed in this paper. Based on the former theories, the structures and models of quality tracing in supply chain are firstly introduced, also with a deep discussion on failure diagnosis technology and tracing system design, then a product quality tracing system in supply chain is established, which can provide an easier way and a new sight for the quality control in SCM (Supply Chain Management). Finally, a sample system is showed to illustrate the methodology.     

敏捷供需链的管理与决策

信息时代,市场的环境是一种不断改变与不可预测的混沌环境．敏捷供需链管理与 决策支持系统（ASCMS）是将产、供、销过程进行集成,形成一个协同（Synergy）的整体（ Holism）,实现企业与突变市场的混沌同步的信息系统．及时地发现风险与冲突、科学地处 理风险与协调冲突是获取供需链效益的关键．本文在分析ASCMS的问题空间及功能体系结构 的基础上,建立了敏捷供需链的管理与决策模型,提出一种基于规则的敏捷供需链冲突协调 模式,分析讨论了用于协调敏捷供需链冲突的规则制定的依据,支持敏捷供需链中的冲突分 析与协调．     

基于协同计划的敏捷供应链系统

研究某大型汽车零部件公司的供应链业务集成,提出协同计划机制,并在敏捷供应链（Agile Supply Chain,ASC）的整体计划中通过核心企业控制和协调各节点企业的协同计划．采用Java和．NET技术构建基于协同计划的敏捷供应链系统体系及技术架构．     

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。