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武汉机场是国家重点建设项目。本文提出了机场飞行区土方工程的最优调配问题。它是一个规模庞大的大系统最优规划，变量多达一千四百九十六个，一般计算机容量已不够。为此，在工民建施工领域首次提出了大系统土方调配优化数学模型进行优化，得出的优化方案可节约经费１０７３４４１．２９元。所建立的大系统土方调配优化数学模型对工民建等大型土方调配优化有普遍的应用价值。
Wuhan Airport is a national key construction project. This paper presents the optimal deployment of earthworks in the flight zone of the airport. It is a large-scale large-scale system optimal planning, with up to 1,496 variables. The general computer capacity is not enough. To this end, for the first time in the field of civil construction workers proposed optimization of large-scale earthwork allocation mathematical model optimization, the resulting optimization program can save 1073441.29 yuan. The established large-scale earthwork allocation optimization mathematical model for the construction of large-scale workers such as the earthwork optimization have universal application value.