CAJ | 학술논문

在传统教学中，物流与设施规划课程的物流分析、设施布局等内容的一些经典问题采用启发式方法或试验法来解决。为了更精确地解决这些问题，采用数学规划方法提供解决方案。主要围绕建模技巧、应用软件教学和解决物流与设施规划专业案例等方面培养学生运用优化原理与方法构建运筹优化模型的能力以及运用 ILOG OPL优化软件解决实际优化问题的能力。以二次分配问题和多产品工艺过程图优化问题为案例阐述了数学规划建模和编程求解的过程。
재전통교학중，물류여설시규화과정적물류분석、설시포국등내용적일사경전문제채용계발식방법혹시험법래해결。위료경정학지해결저사문제，채용수학규화방법제공해결방안。주요위요건모기교、응용연건교학화해결물류여설시규화전업안례등방면배양학생운용우화원리여방법구건운주우화모형적능력이급운용 ILOG OPL우화연건해결실제우화문제적능력。이이차분배문제화다산품공예과정도우화문제위안례천술료수학규화건모화편정구해적과정。
In traditional teaching , some classical problems on logistics analysis and facilities planning are solved by heuristic methods or trial methods .In order to solve these problems precisely ,mathematical programming are employed to provide better solutions.We mainly focus on modeling techniques ,teaching on application software and case based teaching on logistics and facilities planning .Thus we train students'ability to grasp the principle and optimization methods for model construction ,and ability to solve practical optimization problems with ILOG OPL optimization software .The quadratic distribution problem and the multi-product processes optimization problem are selected as two cases to illustrate mathematical programming modeling and programming for solving the models .