二级物流多中心共同配送收益分配优化(英文版) 内容简介

物流配送网络优化问题是目前靠前外学术研究的热点，同时也是现代物流的一个重要内容，是现代市场经济体制、现代科学技术和现代物流思想的综合产物，它也是一个重要的直接与消费者相连的环节。当前对物流配送网络优化多集中在研究物流配送网络中的设施选址问题和车辆路径问题（VehicleRoutingProblem,VRP），而缺乏从整体的角度研究物流配送网络优化问题。二级物流多中心共同配送网络是物流配送网络的组成部分，物流配送网络可以拆分为多个二级物流多中心共同配送网络的形式，为此本书试图从二级物流多中心共同配送网络收益分配优化的角度研究物流配送网络优化问题。

二级物流多中心共同配送收益分配优化(英文版) 本书特色

Thisbookstudiesthetwo-echelonlogisticsmulti-centerjointdistributionproblem,andthetwo-echelonlogisticsmulti-centerjointdistributionnetworkoptimizationinvolvingfacilitylocation,vehicleroutesschedulingandprofitallocationformultipledistributioncenters.Thisisessentiallyacombinationalandcooperativegameoptimizationproblemseekingtoserveanumberofcustomerswithasetoflocationselectionsandafleetofvehicles,andtoallocateprofitsamongmultiplecenters.Therefore,thisbookestablishesthetwo-echelonlogisticsmulti-centerjointdistributionnetworkoptimizationframeworkcontainingfacilitylocation,customerclustering,logisticsdistributionregionpartitioning,vehicleroutingproblemandmulti-centerjointdistributionprofitallocation,etc.Thecloserelationshipsamongthechaptersarefurtherdiscussed,andtheactualcasestudyandstandarddatasetsareusedforcomputationandanalysis.

二级物流多中心共同配送收益分配优化(英文版) 目录

Chapter 1 Location Optimization of Multiple Distribution Centers Under Fuzzy Environment1.1 Introduction1.2 Methodology1.3 Implementation and Comparisons1.4 ConclusionsChapter 2 A Fuzzy-based Customer Clustering Approach with Hierarchical Structure for Logistics Network Optimization2.1 Introduction2.2 Literature Review2.3 Methodology2.4 Implementation and Comparisons2.5 ConclusionsChapter 3 Two-echelon Logistics Distribution Region Partitioning Problem Based on a Hybrid Particle Swarm Optimization-Genetic Algorithm3.1 Introduction3.2 Region Partitioning of Two-echelon Logistics Distribution Network3.3 Related Definitions and Model Formulation3.4 EPSO-GA Hybrid Algorithm3.5 Implementation and Comparisons3.6 ConclusionsChapter 4 A Two-echelon Heuristic Method for the VRP with Split Deliveries and Pickups4.1 Introduction4.2 Related Notations for the VRPSPDP4.3 The Heuristic Algorithm4.4 Computational Results4.5 ConclusionsChapter 5 The VRP of Simultaneous Deliveries and Pickups with Split Loads and Time Windows5.1 Introduction5.2 Literature Review5.3 Model Formulation5.4 Heuristic Algorithms5.5 Computational Results5.6 ConclusionsChapter 6 The VRP Based on a Fuzzy Customer Clustering Approach for Logistics Network Optimization6.1 Introduction6.2 Literature Review6.3 Methodology6.4 Implementation and Comparisons6.5 ConclusionsChapter 7 A Methodology to Exploit Optimization of Profit Allocation in Logistics Joint Distribution Network7.1 Introduction7.2 Logistics Joint Distribution Network7.3 Related Definitions and Model Formulation7.4 The Procedure of Solution Methodology7.5 Implementation and Analysis7.6 ConclusionsReferences