烟草物流

GIS技术及路径优化算法在烟草物流配送中的应用研究

Study on GIS Technology and Route Optimization Algorithm for Tobacco Logistics Distribution

RFID技术在烟草物流中的应用浅析

Applied Analysis of RFID in Tobacco Logistics

提出了一个企业级烟草物流管理平台的设计方案，将GIS和GPS技术引入到烟草物流业务中，以满足烟草物流配送的调度、导航与监控需求。

A scheme for enterprise level tobacco logistics management platform was presented , GIS and GPS technologies were used to meet the requirements of dispatching , navigating and monitoring in tobacco distribution and delivery .

最后结合对温州烟草物流中心卷烟车辆配送线路优化与GIS系统集成，完成了物流配送中心车辆配送线路优化系统的构建。

Finally , combined with optimization lines of cigarette traffic distribution of Wenzhou tobacco logistics center and GIS system integration , this article completed the construction of the rout optimization of traffic distribution of logistics distribution center .

并在GPS实时监控的基础上提出以在途时间来衡量配送运输线路的工作量，据此来进行配送运输线路规划，得出适合烟草物流实际的配送运输线路规划方法。

In the basis of GPS real-time monitoring , using transit time to measure the distributed delivery route will be advanced , and then plan the delivery route , educe the suitable planning method for the actual distribution transportation route of this tobacco company .

最后详细描述了基于GPS的烟草物流配送信息平台的总体架构、系统构成和主要实现的功能，以期为国内物流企业实施类似项目提供依据。

In the end of the thesis , there is a detail description of the GPS-based tobacco logistics and distribution information platform for general framework , system structure and the main function . I hope this thesis can provide the domestic logistics enterprises a basis for the similar projects .

烟草物流中心当前正在大力推行关键流程、关键区域的6S管理，其中，分拣流程的可视化管理是重要的一个环节步骤。

Tobacco logistics center in Sichuan Province in the implementation of key processes , 6S management of key areas in which the visual sorting process management is an important step .

接着，本文总结了各种最优路径选择算法的分类方法和分类体系，分析了经典精确式算法和现代启发式算法的不足，在此基础上本文提出了采用C-W节约算法进行烟草物流配送中的最优路径计算。

Then the route optimization choice algorithms classification and structure are summarized . After analyzing the limitation of classic precise type algorithm and modern heuristic algorithm , Clark-Wright Saving Algorithm is employed . Firstly , this paper introduces the fundamental thesis of modern logistics and GIS .

近几年来，烟草物流建设发展迅猛。

During recent years , the tobacco logistics develops very fast .

对中国烟草物流信息化系统未来前景的展望。

The prospect of tobacco logistics information system in China .

运用自动识别技术提高烟草物流效益

Raising Logistics Benefit of Tobacco by Utilizing Automatic Recognition Technique

泉州烟草物流信息化管理系统设计。

The design of tobacco logistics information management in Quanzhou . 6 .

基于遗传算法的某烟草物流网络优化研究

Optimization of a Tobacco Logistics Network Based on Genetic Algorithm

本系统的开发是烟草物流可视化管理系统的初次尝试和创新。

It is the first attempt in tabacco logistics management system for visualization .

烟草物流管理平台的设计与应用

Design and Application of Tobacco Logistics Management Platform

目前，在我国烟草物流领域，可视化管理仍是空白。

In the tobacco field of logistics , visual management is now a blank .

基于供应链的烟草物流协同体系研究

Research on Synergetic System for Logistics in Tobacco Industry Based on the Theory of Supply Chain

本文阐述了石家庄烟草物流建设的历史发展过程，旧物流中心的运行、管理现状。

This paper expounds the construction of shijiazhuang tobacco logistics development process , the old logistics center of operation , management status .

从定性的角度，对石家庄烟草物流中心的逆向物流管理问题提出了相应的改善措施和对策。

From the qualitative point of view , the tobacco logistics center in Shijiazhuang reverse logistics management issues corresponding improvement measures and countermeasures .

此外，由于发展时间短，国内对烟草物流的相关研究大多数是简单地借鉴国外的发展经验。

In addition , due to the short development time , most of the domestic tobacco logistics research is simply referring to foreign experience .

目前，本文的研究成果已经在以济南烟草物流中心为代表的32个烟草行业地市级卷烟物流配送中心中得到了推广应用，取得了良好的经济效益和社会效益。

The research results , which have been applied to 32 city-level tobacco distribution centers , have achieved good economic benefit and social benefit .

其次，结合层次分析法和模糊综合评价法，提出适用于烟草物流配送网络布局的综合评价模型。

Second , based on the analytic hierarchy process and fuzzy comprehensive evaluation method , the paper proposes comprehensive evaluation model applied to tobacco logistics distribution network layout .

努力提高石家庄烟草物流配送体系运行水平，降低物流配送成本，提高企业经济效益，解决制约长远发展的瓶颈问题。

Efforts to improve the logistics distribution system in shijiazhuang , tobacco , reduce logistics cost and improve the economic efficiency of enterprises solve bottle-neck restricts the long-term development .

而分拣作为烟草物流中心作业的核心环节，扮演着相当于人体心脏、空调系统压缩机的角色，其重要性可见一斑。

With the evident importance , sorting as the core part of operating in a distribution center plays a role equivalent to the human heart or the air conditioning system compressor .

在此基础上，通过分析石家庄烟草物流中心的现状，发现其逆向物流过程中存在的问题，围绕这些问题对其产生原因进行剖析。

On this basis , by analyzing the status of Shijiazhuang tobacco logistics center , find that the process of reverse logistics problems and based on these issues to analyze its causes .

另外，本系统并不局限于烟草物流的可视化管理，其设计还可应用于其他需要可视化管理的行业领域，具有良好的推广应用前景和市场。

In addition , the system is not limited to the visualization of tobacco logistics management , and also available for other needs of visual management areas , with good promotion prospects and markets .

特别是在建立数学模型时考虑到等待时间与行走时间的不同权重，很好地满足不同的烟草物流中心在客户满意度和分拣效率上不同的需求。

Especially when creating the mathematical model , take the different weights of the waiting time and walking time into account to meet different requirements of tobacco logistics center in customer satisfaction and sorting efficiency .

既为解决烟草物流问题提供了理论依据，也对其他行业研究物流系统整合问题具有一定的参考价值。

This may not only provide a theoretical basis to solve the problems of tobacco logistics , but also have some reference value on the integration study of logistics systems in other industries . 2 .

通过分析成功探索出私家车主的消费倾向，为公司带来了新的利润增长点。其次，我们对烟草物流项目中物流网络进行了研究。

I explore the private owners ' consume tendency successfully , so it bring a new profit growth point for the company . Secondly , we study the logistics network formed from the tobacco logistics project .

通过对项目规划方案的研究，期望寻找当前保定烟草物流系统运行过程中存在的突出问题，实现提高物流系统运行效率，降低运行成本，增强企业核心竞争力的目的。

With the help of the research on the planning program , I expect to find prominent problems existing in the current Baoding tobacco logistics system , so as to achieve the purpose of improving operating efficiency , reduce operating costs and enhance the core competitiveness of enterprises .