敏捷供应链在构建企业物流管理系统中的应用

本文首先系统介绍了敏捷供应链的涵义与特征,其次对敏捷供应链在构建现代物流管理系统中的作用做了分析;最后结合我国企业的实际情况,对基于敏捷供应链的现代物流管理系统构建模块做出了一定的探讨.     

敏捷供应链在构建企业物流管理系统中的应用

本文首先系统介绍了敏捷供应链的涵义与特征,其次对敏捷供应链在构建现代物流管理系统中的作用做了分析;最后结合我国企业的实际情况,对基于敏捷供应链的现代物流管理系统构建模块做出了一定的探讨。     

敏捷供应链在构建企业物流管理系统中的应用

本文首先系统介绍了敏捷供应链的涵义与特征，其次对敏捷供应链在构建现代物流管理系统中的作用做了分析；最后结合我国企业的实际情况，对基于敏捷供应链的现代物流管理系统构建模块做出了一定的探讨。     

敏捷供应链打造企业核心竞争力

本文概述了敏捷供应链的内涵及特征;通过具体案例分析了企业应用敏捷供应链管理的竞争优势;最后指出了现阶段我国企业成功实施敏捷供应链管理的关键策略。     

敏捷供应链研究

敏捷供应链是一种全新理念,其实质是在优化整合企业内外资源的基础上,更多地强调供应链在响应多样化客户需求方面的敏捷化特性。本文从研究敏捷供应链的特性出发,讨论了敏捷供应链的竞争优势,进而对提高供应链敏捷性的途径做了初步探讨。     

敏捷供应链研究

敏捷供应链是一种全新理念,其实质是在优化整合企业内外资源的基础上,更多地强调供应链在响应多样化客户需求方面的敏捷化特性。本文从研究敏捷供应链的特性出发,讨论了敏捷供应链的竞争优势,进而对提高供应链敏捷性的途径做了初步探讨。     

供应链的敏捷化原则和策略

供应链要与市场需求特性相适应.实现供应链敏捷化过程应遵循市场敏感性原则、虚拟性原则、过程集成性原则和网络化原则;敏捷化策略包括精益与敏捷集成化策略、延迟化策略、供应商管理策略和简单化策略.文章认为企业之间的产品质量和价格竞争正在被供应链之间的敏捷性竞争所代替,只有实施敏捷化供应链支持的市场战略的企业,才能从容对应市场需求,获得持续的竞争优势.     

创建敏捷供应链 赢得时间竞争优势

敏捷供应链在提高客户服务的效率、响应速度以及减少在供求环节中的库存进而降低成本等方面有着传统供应链无法比拟的优势。本文分析了供应链中以时间为基础的竞争优势,介绍了敏捷供应链的产生现实背景,提出了创建敏捷供应链的策略与途径。     

浅析企业业敏捷供应链管理

在当今市场竞争激烈的情况下,许多企业正在巧妙地运用整合供应链尽可能地压缩生产产品的周期,降低成本,最大限度地满足客户需求,提高企业利润.那么,怎样才能使企业的供应链变得更敏捷呢?本文首先介绍了敏捷供应链的产生原因和敏捷供应链的内涵,通过分析其特点,对企业构建敏捷供应链提出了一系列的意见和建议.     

服装出口企业敏捷供应链的运作模式探讨

打造敏捷的服装供应链,就是服装出口企业为适应国外零售商和采购商对服装复杂多变的需求,缩短交货时间而采取的一种运营战略。本文通过对服装敏捷供应链本质,特征及反应机制和服装业及国际服装市场的分析,提出了我国服装企业围绕快速反应战略打造敏捷供应链的运作模式。即建立以服装出口企业为核心的虚拟组织,实施快速反应战略;加强信息化建设和使用CADCAM等先进设备;调整生产流程,使之适应大规模定制的要求;建立敏捷的物流系统。     

敏捷物流企业的建立与运作模式研究

敏捷性竞争模式已成为现代物流业竞争的主体。本文界定了敏捷物流及敏捷物流企业的概念,阐述了敏捷物流企业的特点,就敏捷物流企业建立的关键要素和过程进行了分析,并从敏捷性、信息共享、关系管理、供应链效力、绩效管理五方面构建了敏捷物流企业运作模式。     

构建武夷山无水港物流供应链的研究

无水港对推动港口与区域经济发展有着重要的现实意义。武夷山无水港建设是福建省发展海西经济区战略的重要内容,是促进外贸发展方式转变和调整产业结构的重要手段。武夷山无水港物流供应链管理可采用敏捷性供应链方式,它能对来自外界的不稳定性因素能过做出及时的反应,使自己能够随着环境的变化而改变,始终保持自身的敏捷性。同时,应重视供应链集成化管理,要以客户为中心,通过建立客户信息档案,把客户进行有效细分,形成一套有效的客户管理模式,以有效降低运营成本。     

面向IC生产模式的敏捷供应链体系结构研究

传统的供应链在IC生产模式下存在缺陷与挑战,我们应该提升对供应链的管理.文章提出了面向IC的敏捷供应链体系结构.该体系结构能够支持IC生产模式的成功实施,能实现以低成本地即时响应顾客化需求而创造出新的竞争优势.     

供应链管理背景下的企业营销战略转变

本文认为,供应链管理正在深刻地改变着企业的营销环境与营销方式.促使营销职能从企业管理的前台向后台拓展,从操作层面向战略层面转移.文章提出,在供应链管理背景下,敏捷制造能力正在代替制成品成为提升企业竞争力的关键,敏捷制造正在成为企业产品战略的有机构成,为企业更加有效地适应需求变化作出贡献;另一方面,战略层面的供应链成本优化正在代替单纯的价格战略,并为企业带来更加持续的竞争优势.供应链管理正在促使企业的营销战略发生深刻的变化.     

Supply Chain Performance Based on the Lean–Agile Operations and Supplier–Firm Partnership: An Empirical Study on the Garment Industry in Indonesia

The purpose of this study is to explore how lean–agile operations and supplier–firm partnership can improve garment small and medium enterprise (SME) supply chain performance. This study is based on cross‐sectional survey research that provides longitudinal evidence to show how lean–agile operations and partnership strategy influence supply chain and garment SME performance. To clarify the relationships among these constructs, structural equation model (SEM) is conducted to examine the model fit and the five hypotheses. The result shows that agile supply chain and partnership strategy are critical for garment SMEs because these strategies influence their supply chain performance. However, the leanness strategy does not necessarily influence their supply chain performance. The supply chain performance and partnership strategy have a positive influence on the SME performance.     

Supply Chain Strategies: Changes in Customer Order‐Based Production

Supply chain development is debated in terms of whether lean and agile supply chain strategies will work simultaneously and whether “leagile” strategies are possible. This study explores complexity and dynamics of the mixed strategy in a longitudinal automotive industry case study and contributes with four propositions related to the debate and practices of supply chain strategies.     

Agent-Based E-Supply Chain Decision Support

The global Internet economy is expected, over time, to give rise to increasingly agile practices where new supply chain arrangements are dynamically set up in response to changing business conditions and demands for highly customized products and services. To implement these "e-supply chain" practices, enterprises need the ability to rapidly evaluate new business opportunities and dynamically identify the best potential supply chain partners to respond to them. They also need the ability to effectively coordinate production and delivery of goods or services across the resulting value chains. In this article, we introduce MASCOT, an agent-based decision support environment for dynamic supply chain management. MASCOT agents help users distributed across multiple organizations and across different levels within a given enterprise to collaborate on the development and revision of supply chain solutions, as they evaluate different business opportunities (e.g., requests for bids from potential customers) and different sourcing options. This article also discusses new coordination protocols, developed within the context of MASCOT and aimed at better exploiting the power of finite capacity scheduling functionality across the supply chain. Empirical results are presented quantifying the benefits afforded by these new protocols under different loads and supply chain configurations.     

一体化供应链组合战略的构建

随着供应链之间竞争的加剧,单一地采用精细思想和敏捷思想设计供应链已经不能满足客户的要求。只有合理地运用精细思想和敏捷思想的组合战略,才能使供应链能够同时达到满足终端顾客的产品可获性和有能力购买性的双重需求。同时,使用模块化设计能够降低供应链组合策略的复杂性,增强供应链的适用性和通用性,使供应链结构变得简单化。     

Blockchain in Additive Manufacturing and its Impact on Supply Chains

Additive manufacturing (AM) appears to be a particularly attractive use case for blockchain. This research combines inductive in‐depth interviews with the Delphi method to explore what potentials blockchain technology in AM creates, which adoption barriers firms need to overcome, and how supply chains will be affected by the integration of these two potentially disruptive technologies. The results suggest opportunities that are related to intellectual property (IP) rights management, the monitoring of printed parts throughout their lifecycle, process improvements, and data security. The most important barriers for blockchain adoption in AM are an absence of blockchain‐skilled specialists on the labor market, missing governance mechanisms, and a lack of firm‐internal technical expertise. By addressing important limitations of AM, blockchain is expected to improve the competitiveness of AM in parts’ production, catalyzing the trend toward more decentralized manufacturing resulting in more agile, resilient, and flexible supply chains and reduced logistics costs. Beyond that, blockchain‐based AM platforms are expected to enhance supply chain visibility, drive supply chain digitalization, support supply chain finance, and contribute to the emergence of shared factory systems.