《物流系统优化与仿真》课程教学大纲 一、课程基本信息 课程代码：18010112 课程名称：物流系统优化与仿真 英文名称：Logistics system optimization and simulation 课程类别：专业课 时：32 学 分：2 适用对象：物流管理专业 考核方式：考查 先修课程：物流学 二、课程简介 物流系统优化是实现物流管理目标、体现物流管理效率与效益的必要过程和手 段。物流系统优化主要有运筹学方法、智能优化方法和模拟仿真法三种方法。运筹学 优化方法一般是律立在一个物流系统的数学模型基础之上的，智能优化方法为复杂物 流管理决策问题提供了重要的可行性解决方案。系统仿真是根据被研究的系统模型， 利用计算机进行实验研究的方法，目前仿真技术是分析、研究复杂物流系统的重要工 具，也成为物流工程技术人员的一项重要技能。本课程力求从物流系统优化与仿真的 各个方面进行比较全面的介绍。即强调优化和仿真的方法学和技术，又立足于物流系 统的管理决策问题的解决。 Logistics system optimization is the necessary processes and measures to reach the objective of Logistics Management,represent the effectiveness and benefit of Logistics Management.There are three main methods of Logistics system optimization which are operation research.intelligent optimization, and system simulation.Operation research is generally constructed on the mathematics model of a logistics system.Intelligent optimization provides solution for complicated logistics decision.System simulation is a exper imental study method based on computer and the problem model that researched.At present,system simulation is an important tool to analyze and study the compl icated logistics system.and also an important skill for logistics engineer.This curriculum has a comprehensive introduction of logistics system optimization and simulation.emphasize on the method of1 《物流系统优化与仿真》课程教学大纲 一、课程基本信息 课程代码：18010112 课程名称：物流系统优化与仿真 英文名称：Logistics system optimization and simulation 课程类别：专业课 学 时：32 学 分：2 适用对象: 物流管理专业 考核方式：考查 先修课程：物流学 二、课程简介 物流系统优化是实现物流管理目标、体现物流管理效率与效益的必要过程和手 段。物流系统优化主要有运筹学方法、智能优化方法和模拟仿真法三种方法。运筹学 优化方法一般是建立在一个物流系统的数学模型基础之上的，智能优化方法为复杂物 流管理决策问题提供了重要的可行性解决方案。系统仿真是根据被研究的系统模型， 利用计算机进行实验研究的方法，目前仿真技术是分析、研究复杂物流系统的重要工 具，也成为物流工程技术人员的一项重要技能。本课程力求从物流系统优化与仿真的 各个方面进行比较全面的介绍。即强调优化和仿真的方法学和技术，又立足于物流系 统的管理决策问题的解决。 Logistics system optimization is the necessary processes and measures to reach the objective of Logistics Management, represent the effectiveness and benefit of Logistics Management. There are three main methods of Logistics system optimization which are operation research, intelligent optimization, and system simulation. Operation research is generally constructed on the mathematics model of a logistics system. Intelligent optimization provides solution for complicated logistics decision. System simulation is a experimental study method based on computer and the problem model that researched. At present, system simulation is an important tool to analyze and study the complicated logistics system, and also an important skill for logistics engineer. This curriculum has a comprehensive introduction of logistics system optimization and simulation, emphasize on the method of