Automobile Transportation Logistics Supply Chain Management Strategy

To enhance the management level and quality of the automobile transportation logistics supply chain and promote innovation and development in automobile transportation logistics enterprises,it is essential to strengthen the construction of the automobile transportation logistics supply chain management model.This can be achieved through the gradual improvement of the automobile transportation logistics management process,ensuring that the management of the automobile transportation logistics supply chain proceeds in an orderly manner.The aim is to improve automobile transportation and logistics service levels while meeting the changing market supply needs.This will enable automobile transportation and logistics enterprises to maintain steady economic benefits and enhance their core competitiveness in the market.Therefore,this paper has conducted a comprehensive exploration and research on managing the automobile transportation logistics supply chain.Corresponding management strategies are proposed as a starting point to achieve the aforementioned goals.

A Proposed Feature Selection Particle Swarm Optimization Adaptation for Intelligent Logistics--A Supply Chain Backlog Elimination Framework

The diversity of data sources resulted in seeking effective manipulation and dissemination.The challenge that arises from the increasing dimensionality has a negative effect on the computation performance,efficiency,and stability of computing.One of the most successful optimization algorithms is Particle Swarm Optimization(PSO)which has proved its effectiveness in exploring the highest influencing features in the search space based on its fast convergence and the ability to utilize a small set of parameters in the search task.This research proposes an effective enhancement of PSO that tackles the challenge of randomness search which directly enhances PSO performance.On the other hand,this research proposes a generic intelligent framework for early prediction of orders delay and eliminate orders backlogs which could be considered as an efficient potential solution for raising the supply chain performance.The proposed adapted algorithm has been applied to a supply chain dataset which minimized the features set from twenty-one features to ten significant features.To confirm the proposed algorithm results,the updated data has been examined by eight of the well-known classification algorithms which reached a minimum accuracy percentage equal to 94.3%for random forest and a maximum of 99.0 for Naïve Bayes.Moreover,the proposed algorithm adaptation has been compared with other proposed adaptations of PSO from the literature over different datasets.The proposed PSO adaptation reached a higher accuracy compared with the literature ranging from 97.8 to 99.36 which also proved the advancement of the current research.

Logistics Management based on Supply Chain Management

Logistics is an important part of the supply chain and connect all aspects of the supply chain throughout it, which has become business cooperation ties. In the process of developing supply chain logistics strategy, generally require attention to the following questions： To segment customers, we should determine the appropriate level of customer service, such as order cycle, inventory levels and other modes of transport for different types of clients; Group products according to sales on them, we can take different strategies for each category of products. Order entry, order execution and delivery job processing accounted for a large proportion of logistics activities, which requires technology and management to make the entire processes of supply chain logistics more efficient, especially for the interface area between members of enterprises. We can eliminate redundant work by integrating flow, improve logistics efficiency.

Research on logistics management system based on supply chain management

Generally, supply chain logistics is the unification of logistics, information flow and capital flow, logistics runs through the whole process of the supply chain. Logistics connects the individual enterprise in the supply chain and it is the bond of mutual cooperation between enterprises. In that way, the logistics management becomes an important part of the supply chain management system naturally. However, it is not so long since the theory of supply chain management and logistics management put forward so they are still being refined. Besides, it is lack of green philosophy in the logistics management of the supply chain and effect of logistics on the environment and resource efficiency do not be considered synthetically. Yet, methods to solve the problem that customers return items and waste materials have been excluded from the enterprises and business strategy. With the awareness that people should protect the environment and conserve resources enhanced and governments increase the intensity of environmental regulations constraints, the theory and practice of green logistics management are valued by the foreign supply chain management and logistics management theory community and the business community gradually.

Analyzing the Construction of the International Logistics Supply Chain Management Model from the Perspective of Cross-Border E-commerce

Cross-border e-commerce has progressively evolved with the deepening of economic globalization,and it now holds a significant place in the field of e-commerce.However,due to China’s late entry into the international logistics supply chain,there are issues such as complex environment,uneven information technology,and disagreements on standards,resulting in certain cross-border e-commerce disadvantages in China.Therefore,in this context,this study analyzes the construction of international logistics supply chain management model from the perspective of cross-border e-commerce,so as to provide some reference for the development of China’s international logistics supply chain.

Construction of Network Management Information System of Agricultural Products Supply Chain Based on 3PLs

The necessity to construct the network management information system of 3PLs agricultural supply chain is analyzed,showing that 3PLs can improve the overall competitive advantage of agricultural supply chain.3PLs changes the homogeneity management into specialized management of logistics service and achieves the alliance of the subjects at different nodes of agricultural products supply chain.Network management information system structure of agricultural products supply chain based on 3PLs is constructed,including the four layers (the network communication layer,the hardware and software environment layer,the database layer,and the application layer) and 7 function modules (centralized control,transportation process management,material and vehicle scheduling,customer relationship,storage management,customer inquiry,and financial management).Framework for the network management information system of agricultural products supply chain based on 3PLs is put forward.The management of 3PLs mainly includes purchasing management,supplier relationship management,planning management,customer relationship management,storage management and distribution management.Thus,a management system of internal and external integrated agricultural enterprises is obtained.The network management information system of agricultural products supply chain based on 3PLs has realized the effective sharing of enterprise information of agricultural products supply chain at different nodes,establishing a long-term partnership revolving around the 3PLs core enterprise,as well as a supply chain with stable relationship based on the supply chain network system,so as to improve the circulation efficiency of agricultural products,and to explore the sales market for agricultural products.

The improvement of the logistics management in the modem enterprises

With the increasing development of the logistics industry in China, more and more enterprises increasingly emphasis on logistics management, and initially have made certain achievements in logistics management to carry out the majority of small and medium enterprises in China which is less than ideal. The logistics has great potential in reducing costs. This article discusses the mode of operation of the enterprise logistics management. And it has an important significance to constantly optimize enterprise logistics, to improve logistics management and the competitiveness of SMEs in China.

Delivery Service Management System Using Google Maps for SMEs in Emerging Countries

This paper proposes a Delivery Service Management(DSM)system for Small and Medium Enterprises(SMEs)that own a delivery fleet of pickup trucks to manage Business-to-Business(B2B)delivery services.The proposed DSM system integrates four systems:Delivery Location Positioning(DLP),Delivery Route Planning(DRP),Arrival Time Prediction(ATP),and Communication and Data Sharing(CDS)systems.These systems are used to pinpoint the delivery locations of customers,plan the delivery route of each truck,predict arrival time(with an interval)at each delivery location,and communicate and share information among stakeholders,respectively.The DSM system deploys Google applications,a GPS tracking system,Google Map APIs,ATP algorithms(embedded in Excel Macros),Line,and Telegram as supporting tools.To improve the accuracy of the ATP system,three tech-niques are applied considering driver behaviors.The proposed DSM system has been implemented in a Thai SME.From the process perspective,the DSM system is a systematic procedure for end-to-end delivery services.It allows the interactions between planner-driver decisions and supporting tools.The supporting tools are simple,can be easily used with little training,and require low capital expenditure.The statistical analysis shows that the ATP algorithm with the three techniques provides high accuracy.Thus,the proposed DSM system is beneficial for practitioners to manage delivery services,especially for SMEs in emerging countries.

Problems and Countermeasures of Logistics in the Marine Fisheries Industry

Based on the connotation of marine fisheries logistics,the thesis gives a brief account of its features:firstly,it is more susceptible to natural conditions;secondly,the aquatic logistics is with strong specialized assets;thirdly,the aquatic products market has relative greater uncertainties;fourthly,it calls for higher logistics technology;fifthly,it is difficult to conduct supply chain management.Then the thesis analyzes the problems in the marine fisheries industry:the first problem is the imperfect standardization system of the aquatic logistics;the second is the backward development in the cold storage of the marine fisheries;the third is low information-based degree of marine fisheries logistics system;the fourth one is the low level of the value-added services;the fifth problem is the immature participants in logistics.In order to solve these problems,this thesis further proposes some countermeasure to develop the logistics in the marine fisheries industry:at first,to build various forms of logistics organization entities;secondly,to gradually realize the integration of logistics functions and performance;thirdly,to strengthen the information construction of marine fisheries logistics;at last,to reinforce the government roles in developing the logistics industry of aquatic products.

EP-based Optimization of Strategic Safety Stocks in Reverse Logistics Systems

A new heuristic strategic safety stock optimization is proposed based on evolutionary programming(EP) algorithm for reverse logistics supply chain systems. The supply chain is described with a network and the modeling complexity of external as well as internal product returns and reuses of supply chains is considered with. It is assumed that customer demands for final products are uncertain. Products are randomly returned from external customers to stock points. The optimization model is established and three different cases with different structures are used to show the strength of the algorithm.

Supply Chain Integration, a Chain of Efficient Utilization of Information Technology: Its Benefits &Challenges

Business renovation, effective utilization of information technology and the role of business process modeling are dealt in supply chain integration projects. The main idea is to show how the performance of supply chain can be improved with the integration of various tiers in the chain. Integration is preconditioned for efficient sharing and utilization of information between diverse companies in the chain.

基于地理信息系统的物流与供应链管理对策分析

随着全球化发展愈发深入,市场竞争也越来越激烈了,企业的产品制造和信息处理这两大环节以及现代通信技术的集成和柔性管理将成为未来的重要发展趋势。物流与供应链管理在现代商业领域中扮演着至关重要的角色。地理信息系统(GIS)作为一种强大的工具,可以为物流与供应链管理提供全面的支持和优化。文章旨在探讨并分析基于地理信息系统的物流与供应链管理对策,通过对地理信息系统在物流与供应链管理中的应用情况进行研究和分析,提出相应的对策,以帮助企业提高物流与供应链管理的效率和效益。

绿色物流在饲料产业供应链管理中的应用

随着绿色低碳经济的快速发展,低能耗、低污染的生产管理方式已成为现代企业转型升级的主要方向。而我国饲料市场庞大且需求旺盛,无论是饲料原料还是饲料产品的流通,都高度依赖物流的参与,因此,强调绿色物流在饲料产业供应链管理中的应用具有重要的现实意义。为便于分析,本文从饲料供应链中的物流模式入手,进一步分析饲料供应链中发展绿色物流的重要性,并从应用层面提出了几点建议,力求在饲料产业供应链管理中降低物流的资源消耗,减少饲料经济业务活动对环境的负面影响。

《物流与供应链管理》全英文课程思政建设研究

来华留学生教育不仅是知识的传授,而且是培养“知华、友华、爱华”国际人才的重要途径之一,其中不可或缺的就是课程思政,但当前全英文专业课程仍是思政建设的盲区。本文基于《物流与供应链管理》课程视角,针对外文教材、学生基础、师生沟通、课程联动等方面存在的问题,探索了适合来华留学生的课程思政元素挖掘方案与教学设计思路,提出了中国情怀培养、“熟知点”切入、思政素材传递形式多样化等具体实施路径。

皮革制造企业物流供应链管理模式创新

本文将大数据分析技术引入皮革制造企业物流管理中,以此对其供应链模式进行创新性改造。重点介绍了皮革制造企业在物流供应链管理模块存在的不足,结合大数据技术和物联网技术,提出了解决皮革制造企业物流供应链管理实际问题的具体思路。并利用无线传感器网络软件和硬件平台,构建了智能物流供应链管理系统框架,运用花粉算法和XGBoost模型分别解决了物流供应链管理中实物定位问题和供应链需求预测问题。

人工智能时代快消品即时物流发展研究

对于快消品这类民生商品,新冠疫情促进了多业态的电商平台的发展与壮大,行业竞争加剧,很大程度上挤占了广大中小微商家的生存空间,只有提升即时配送服务质量才是顺应即时零售趋势的务实之选;同时,即时物流反哺即时零售,也是现代物流新的增长点。人工智能时代,要搭建多平台链接下的多元仓配系统及多元运力体系,基于供应链做好精细化运营管理,从把控供应链、强化物流管理、技术创新以及提升服务体验等来发力即时物流,以满足消费者对快消品商品“多、快、好、省”的追求。所以,即时物流是市场发展的必然选择,也是平台竞争的有力武器。

区域配送中心供应链物流管理的优化思考

区域配送中心在全球供应链网络日益复杂多变的环境下已经成为确保供应链效率和响应速度的关键环节,而面对日益激烈的市场竞争和客户需求的变化,传统的物流管理模式在库存管理、运输与配送效率以及信息系统应用方面已经难以满足现代供应链的高效率和低成本要求,直接阻碍了区域配送中心的运营效能和整体供应链竞争力的提升。文章对区域配送中心在供应链物流管理中的优化进行深入探讨,旨在优化库存控制、加强运输与配送流程,并提高信息系统的综合应用效率,以期帮助区域配送中心在动态市场环境中保持竞争优势,同时提高整个供应链网络的协调性和适应性。

供应链管理视域下农村电商物流发展困境与出路

基于供应链管理视域对农村电商物流发展困境与出路的分析,有助于更加清晰地认识当前农村电商物流发展的驱动力与定位点。针对当前农村电商物流发展在基础配套、企业下沉、信息发展以及产品流通等方面存在的问题,从改进基础配套设施、增进物流企业交流、推进科技信息下沉和促进产品双向互补上提出更具针对性的策略,最终促进农村电商物流稳健发展。

数智时代下工业工程理论与方法在医疗健康管理领域的创新应用综述

工业工程理论与方法在医疗健康管理领域的应用贯穿于医院设施规划、医疗流程优化、医疗资源管理和疾病诊断等各个环节,为医疗服务改进和效率提升提供了有力支撑。随着物联网、云计算、大数据和人工智能等新一代信息技术的发展,工业工程理论与方法在医疗健康管理领域的应用也发生了改变。本文基于2014~2023年医疗健康管理文献中的4个热门话题——全生命周期健康管理、医疗资源调度与优化、医院运营管理和医疗物流及供应链管理,回顾工业工程关键技术在相关话题中的应用;归纳和分析新一代信息技术在医疗健康管理领域中的应用创新,阐明数智时代下工业工程理论与方法在医疗健康管理领域的技术赋能和管理赋能;对数智时代下工业工程理论与方法在医疗健康管理信息化、精细化和智能化等方面的应用前景进行展望。

基于工商管理的供应链金融创新模式

在全球化进程加速和我国经济快速发展的背景下,供应链管理在工商企业运营中的重要性日益凸显。供应链金融作为供应链管理的新兴领域,通过金融手段为供应链成员提供融资支持,有助于解决企业融资难题,促进供应链成员之间的合作,提高供应链整体竞争力。在供应链金融创新中,工商管理可以为企业的融资和风险管理提供有力的理论支持和实践指导。文章将从工商管理的角度出发,探讨其在供应链金融创新中的实际应用,旨在为企业提供更加有效的融资和管理策略。