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A new medical materials scheduling system and its modeling method for the complex rescue are presented. Different from other similar system, first both the BeiDou Satellite Communication System (BSCS) and theSpecial Fiber-optic Communication Network (SFCN) are used to collect the rescue requirements and thelocation information of disaster areas. Then all these messages will be displayed in a special medical softwareterminal. After that the bipartite graph models are utilized to compute the optimal scheduling of medicalmaterials. Finally, all these results will be transmitted back by the BSCS and the SFCN again to implement afast guidance of medical rescue. The sole drug scheduling issue, the multiple drugs scheduling issue, and thebackup-scheme selection issue are all utilized: the Kuhn-Munkres algorithm is used to realize the optimalmatching of sole drug scheduling issue, the spectral clustering-based method is employed to calculate theoptimal distribution of multiple drugs scheduling issue, and the similarity metric of neighboring matrix isutilized to realize the estimation of backup-scheme selection issue of medical materials. Many simulationanalysis experiments and applications have proved the correctness of proposed technique and system.

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