老典型的新经验 循环经济从供应链入手

面对当前的原材料、能源供应环境和钢铁产品市场环境,对钢铁企业来讲,强化供应链物流管理、发展循环经济是保持企业可持续发展的必经之路。     

循环经济从供应链入手

面对当前的原材料、能源供应环境和钢铁产品市场环境，对钢铁企业来讲．强化供应链物流管理、发展循环经济是保持企业可持续发展的必经之路。     

基于区块链技术和遗传算法的物流供应链优化

为了增强货物可达性和物流信息安全性、提高供应链效率、降低运输成本,对物联网背景下基于区块链技术和遗传算法的物流供应链优化进行研究。首先,介绍区块链基本技术、供应链优化及遗传算法等理论,分析区块链对物流信息协同管理的优化。然后,基于遗传算法建立物流供应链网络优化模型,同时分析了优化结果。优化结果表明,区块链技术被应用到物流信息协同管理系统中,提升了物流供应链整体效益;利用遗传算法,降低了物流配送成本。从增加物流信息安全性和可达性方面出发,研究经由区块链技术、遗传算法优化物流供应链中的物流信息协同管理系统,以及物流进行配送的路径,体现了创新性。实例研究表明,通过区块链技术和遗传算法加强优化物流供应链,提高了工作效率、降低了成本、提高了企业管理水平和经济效益,提升了企业的竞争力。     

物流服务供应链复杂网络脆弱性测度研究

合理评价物流服务供应链脆弱性是实现网络高效率的重要前提。分析物流服务供应链网络节点作用规律,引入聚集系数、最大连通度及连通效率作为网络脆弱性测度指标,基于所构建攻击策略对二级物流服务供应链网络进行实例研究。研究结果表明：所构建指标可较好描述物流服务供应链网络脆弱性能变化;相较于功能型物流服务供应商与物流客户,物流服务集成商对网络脆弱性影响程度最大。最后提出了物流服务供应链网络脆弱性的有效防范对策。     

线上零售商主导下供应链结构选择及演化

围绕线上零售商的特点,立足产品类型与物流外包两个维度,设计了四种类型供应链结构,研究了线上零售商主导下不同供应链结构的最优决策及选择策略;进而分析了制造商边际生产成本变化对供应链结构选择的影响。研究显示：承接物流二次外包的物流服务提供商不应作为线上零售商主导下供应链结构的主要参与主体;期初,线上零售商会面向功能型产品构建由零售商与物流服务集成商组成的供应链结构;后期,随着制造商边际生产成本的下降,其会优先选择创新型产品,构建由制造商、零售商以及物流服务集成商组成的供应链结构。在此基础上,为实现整个供应链效益及客户价值的最大化,线上零售商会逐步整合物流服务集成商,有效集成零售及物流资源,形成由制造商与零售商组成的供应链结构。通过数值分析验证了主要的研究结论。     

钢铁供应链生产计划与调度研究综述

在供应链管理及竞争的背景下,提出钢铁供应链的概念。该钢铁供应链由矿山、钢铁企业、分销商和用户组成,其管理核心是生产计划与调度。分析了钢铁供应链的生产计划与调度研究内容和特点,综述了研究现状,指出了存在的不足。最后,提出了钢铁供应链生产计划与调度工作进一步研究的问题。     

谈JavaFX和RFID技术在钢铁企业采购物流系统中的应用

在钢铁企业中,传统的原燃料采购物流管理模式具有信息不透明、管理粗放、控制难度大等特点,导致物流无效作业多,运输效率低,成本居高不下。在当前严峻的经济形势下,为了保持钢铁企业的市场竞争力,对钢铁企业采购物流信息化进行研究就成为解决当前问题的一种途径。文章提出运用JavaFX技术和RFID技术,建立一套高效的采购物流管理系统,加强物流管控,降低物流成本,增强企业核心竞争力。     

基于AHP的供应链物流客户价值评估模型研究

通过分析现代供应链物流客户价值评估管理的特点,提出了利用层次分析法（AHP）来评估供应链物流的客户价值,研究了相应的客户价值评估模型。结合AHP多目标决策分析感性与理性两方面评估的特点研究了供应链物流客户价值的评估过程,并建立了评估系统的应用框架。最后,结合某光电行业供应链物流管理信息平台数据库对基于AHP的评估模型进行了实证。     

钢铁企业信息化的风险及管理思路

钢铁企业实施信息化建设是钢铁企业本身发展的需要,也是钢铁企业管理的需要,同时也还是生产链全球化和供应链全球化对钢铁企业生产的要求所在。本文主要是从对钢铁企业信息化的必要性的分析入手,对钢铁企业信息化存在的风险进行了深入的剖析,并提出了钢铁企业信息化风险管理的思路。     

国际巨头给中国物流供应链的启示

物流一词进入中国,是在上世纪80年代。进入21世纪,中国企业逐步开始重视物流供应链的运作,降低企业物流供应链成本,由于企业物流供应链成本在中国物流成本中所占比重非常大,因此针对中国的企业,切实有效地实施现代物流供应链运行模式,对于企业发展、专业物流公司经营、各物流研究机构都具有非常重要的意义。     

Logistics supply chain information collaboration based on FPGA and internet of things system

The contribution of logistics in the supply chain and, at the same time, researchers and practitioners have recognized a new trend of supply chain integration and collaboration over the past two decades. This philosophy is known as supply chain management and has attracted extensive attention in logistics Development. In the existing method Deep Learning and Neural network for Logistics Supply Chain Information Collaboration. In the existing method large complexity of structure and Hard to maintain version control. So in the proposed method FPGA (Field-Programmable Gate Array) and IOT (Internet of Things) for Logistics Supply Chain Information Collaboration. The logistics Cooperation based on supply chain management reduces overall costs while improving services to end customers in the supply chain. Global progress, rapid innovation and growing regional influence have made the Supply Chain (SC) an indispensable part. Competition is now changing from the company level to the industry level. The data not only destroys the organization, but it also affects the industry as a whole supply unit. The industrial sector supports more than half of the population, and the automotive sector is the fastest-growing sector. Supply chain cooperation reduces the performance of different industries and different regions.     

考虑可靠性的物流服务供应链的契约设计

研究考虑有可靠性参与的二级物流服务供应链的优化与协调.研究表明:在研究由第四方物流集成商与第三方物流提供商构成的二级物流服务供应链时,加入提供商的可靠度,利用委托代理理论建立一种基于委托代理理论的有可靠性参与的优化契约模型,有利于提高供应链整体的最优物流能力订购量,提高集成商和提供商的利润;提供商的可靠度与提供商、物流服务供应链的期望利润负相关,与供应商的期望利润正相关.     

Design and development of logistics workflow systems for demand management with RFID

This paper discusses demand and supply chain management and examines how artificial intelligence techniques and RFID technology can enhance the responsiveness of the logistics workflow. This proposed system is expected to have a significant impact on the performance of logistics networks by virtue of its capabilities to adapt unexpected supply and demand changes in the volatile marketplace with the unique feature of responsiveness with the advanced technology, Radio Frequency Identification (RFID). Recent studies have found that RFID and artificial intelligence techniques drive the development of total solution in logistics industry. Apart from tracking the movement of the goods, RFID is able to play an important role to reflect the inventory level of various distribution areas. In today’s globalized industrial environment, the physical logistics operations and the associated flow of information are the essential elements for companies to realize an efficient logistics workflow scenario. Basically, a flexible logistics workflow, which is characterized by its fast responsiveness in dealing with customer requirements through the integration of various value chain activities, is fundamental to leverage business performance of enterprises. The significance of this research is the demonstration of the synergy of using a combination of advanced technologies to form an integrated system that helps achieve lean and agile logistics workflow.     

物流管理专业物联网及智慧供应链实训室建设的探索

物联网是近几年兴起一门跨专业的技术,物流行业是中国最早推动物联网技术应用的行业。通过物联网技术 的融合,将会进一步提升物流的智能化、信息化和自动化水平,推进物流功能整合。本文探讨了高职院校物流管理专业物联网 及智慧供应链实训室的建设,以及对物流管理专业人才培养的影响,对于进一步提高高职院校物流管理专业实训室的建设具 有一定的指导借鉴意义。     

重庆市发展物流金融的SWOT分析与对策研究

物流金融作为物流业与金融业的结合物,能有效整合物流、资金流、信息流,提高整个供应链的效率,对促进金融业、物流业乃至整个经济的发展都具有重要作用。采用S W O T方法对重庆市发展物流金融的条件和环境进行系统分析,可在一定程度上丰富物流金融的研究方法。     

Analysis on the evolution of shipping logistics service supply chain market structure under the application of blockchain technology

With the digital transformation of the shipping industry, the business potential of shipping companies is gradually expanding. In recent years, shipping companies have begun operating freight forwarding businesses powered by the advantages of cost and network. As a result, their business expansion and gradually occupying the market share of agency services. At the same time, the development requirements of digitization are further highlighted, while the problems of opaque information and inaccurate data in the operation of the shipping logistics service supply chain have become more prominent. Thus, the shipping industry has begun to apply Blockchain Technology (BCT) to the shipping logistics. However, the promotion of BCT, an emerging technology in the shipping logistics service market, is not systematic. The members of the supply chain do not have a deep understanding of it, which have led to changes in market demand. We take the shipping logistics service supply chain composed of shipping companies and freight forwarders as the research object in order to investigate the vertical competition between shipping companies and freight forwarders as well as the impact of BCT application on market structure changes. From the perspectives of freight rate competition and the promotion of BCT, the Stackelberg game theory is applied to create a mathematical model that can be used to discuss the evolution of the shipping logistics service market. The results indicate that, the impact of freight rate competition on market evolution is reduced after the application of BCT. Shipping companies should actively promote BCT to reduce the impact of freight competition on the market. Furthermore, freight forwarders can actively participate in the initial stage of application to increase market demand, and the cost of promoting BCT should be reduced in the later stage.     

An integrated framework for blockchain-enabled supply chain trust management towards smart manufacturing

With the development of a new generation of information technology, smart manufacturing has put forward higher requirements for supply chain. It is necessary to ensure the synchronization of the supply chain operation and maintain the reliability of the supply chain management, therefore the trust evaluation for the supply chain becomes extremely important. Traditional supply chain management has problems such as information flow is easy to be tampered with, logistics is difficult to trace, and capital flow is not true, which leads to increased opportunity costs due to the lack of trust among transaction entities in the supply chain. The emergence of blockchain technology provides an opportunity to improve the supply chain ecosystem. In this paper, an integrated framework for blockchain-enabled supply chain trust management towards smart manufacturing is proposed to explain how to enhance trust management with the help of blockchain from the perspectives of information flow, logistics, and capital flow. An optimized trust management model is designed for better entities evaluation in supply chain. A coal mine equipment manufacturing industry scenario is presented to illustrate the effectiveness of the proposed framework.     

Development of Wafer Warehouse Management System for Semiconductor Manufacturing Foundry Supply Chain

Efficiency of supply chains management mostly depends on the process coordination and information integration between the supply chain companies.The well-known integrated circuit design houses,the wafer fabrication industries, and the integrated circuit packaging/testing business has together formed a contiguous supply chain from materials to system in Taiwan during the past decades.Logistic management of the wafer hence becomes the key linkage in the semiconductor foundry supply chain.The objective of this paper is to develop the wafer warehouse management system for global wafer logistics.Current operations for wafer logistics management are firstly reviewed. The system requirements are analyzed by the model-driven business transformation approach.The business operation model and the platform-independent solution architecture for the wafer logistics management are constructed.A prototype information system is also developed for validation.Results of this research can improve the effectiveness and efficiency in wafer logistics management for the semiconductor foundry supply chain.