• 1.1 问题的提出 • 1.2 图解法 • 1.3 线性规划问题的标准形式 • 1.4 线性规划问题的解的概念

3.1 举例 3.2 初始基可行解的确定 3.3 最优性检验与解的判断 3.4 基变换 3.5 迭代（旋转运算）

• 1.1 问题的提出 • 1.2 图解法 • 1.3 线性规划问题的标准形式 • 1.4 线性规划问题的解的概念

一、基本概念 二、输入过程和服务时间分布 三、泊松输入——指数服务排队模型 四、其他模型选介 五、排队系统的优化目标与最优化问题

Reasons for simulation being underutilized • Simulation modeling is a time-consuming and knowledge/information intense process • Most models developed are customized “rigid” models that cannot be reused or easily adapted to other even similar problems (Arons 1999, 2000; Zhou 2004) • Conceptual modeling is a critical step that directly affects the quality and efficiency of simulation projects, but hardly supported with current technology, and still a very difficult and ad-hoc process that depends on the skill and experience of individual modelers (Mclean, 2001; Robinson, 2004)

Reasons for simulation being underutilized • Simulation modeling is a time-consuming and knowledge/information intense process • Most models developed are customized “rigid” models that cannot be reused or easily adapted to other even similar problems (Arons 1999, 2000; Zhou 2004) • Conceptual modeling is a critical step that directly affects the quality and efficiency of simulation projects, but hardly supported with current technology, and still a very difficult and ad-hoc process that depends on the skill and experience of individual modelers (Mclean, 2001; Robinson, 2004)

一、多阶段决策过程的最优化 二、动态规划的基本概念和基本原理 三、动态规划方法的基本步骤 四、动态规划方法应用举例

一、基本概念 二、输入过程和服务时间分布 三、泊松输入——指数服务排队模型 四、其他模型选介 五、排队系统的优化目标与最优化问题

一、图的基本概念与基本定理 二、树和最小支撑树 三、最短路问题 四、网络系统最大流问题 五、网络系统的最小费用最大流问题 六、中国邮递员问题

一、线性规划的对偶问题概念、 二、理论及经济意义 三、线性规划的对偶单纯形法 四、线性规划的灵敏度分析