YALMIP工具箱在运筹学实验教学中的应用
发布时间：2019-03-26 09:26
【摘要】：Matlab平台对于运筹学中各种经典优化模型的实验教学具有重要作用,然而由于Matlab工具箱中函数的调用格式限制条件非常严格,从而导致将实验数据表示成Matlab所需矩阵形式时容易造成实验教学效率低下的情况。借助于YALMIP工具箱结合Matlab软件实现了运筹学实验教学中经典模型的求解,对线性规划、运输问题、背包问题、最短路问题等等结合具体例子说明了YALMIP语言的建模方法。利用YALMIP的统一建模语言,很容易对各种运筹学典型问题的模型加以实现,从而降低了利用软件解决模型问题的难度,同时也对解决运筹学实验中的其它问题有借鉴作用。
[Abstract]:The Matlab platform plays an important role in the experimental teaching of classical optimization models in operations research. However, due to the strict restriction of the call format of functions in the Matlab toolbox, As a result, when the experimental data is expressed in the form of the matrix required by Matlab, it is easy to cause the low efficiency of experimental teaching. With the help of YALMIP toolbox and Matlab software, the solution of classical model in the experimental teaching of operational research is realized. The modeling method of YALMIP language is illustrated with concrete examples of linear programming, transportation problem, knapsack problem, shortest path problem and so on. By using the unified modeling language of YALMIP, it is easy to realize the models of typical problems in operation research, thus reducing the difficulty of using software to solve the model problems, and at the same time, it can be used for reference to solve other problems in operational research experiments.
【作者单位】： 杭州电子科技大学管理学院;
【基金】：杭州电子科技大学“管理科学与工程”重点研究基地项目(ZD06-201601)
【分类号】：G434;O22-4
，
本文编号：2447410
[Abstract]:The Matlab platform plays an important role in the experimental teaching of classical optimization models in operations research. However, due to the strict restriction of the call format of functions in the Matlab toolbox, As a result, when the experimental data is expressed in the form of the matrix required by Matlab, it is easy to cause the low efficiency of experimental teaching. With the help of YALMIP toolbox and Matlab software, the solution of classical model in the experimental teaching of operational research is realized. The modeling method of YALMIP language is illustrated with concrete examples of linear programming, transportation problem, knapsack problem, shortest path problem and so on. By using the unified modeling language of YALMIP, it is easy to realize the models of typical problems in operation research, thus reducing the difficulty of using software to solve the model problems, and at the same time, it can be used for reference to solve other problems in operational research experiments.
【作者单位】： 杭州电子科技大学管理学院;
【基金】：杭州电子科技大学“管理科学与工程”重点研究基地项目(ZD06-201601)
【分类号】：G434;O22-4
，
本文编号：2447410
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