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本文在深入分析当前国内外卡车调度理论的基础上，针对矿山生产的目标要求以及现有理论的局限性，建立了包含多种目标要求的计算机控制卡车调度的多目标综合优化模型，提出了由目标要求到模型构造以及准则选择到目标实现的综合优化调度算法。并应用目标规划算法代替线性规划算法来进行矿山车流优化，以实现多种目标要求，论文并以一个实际矿山问题为例进行了研究，结果表明所建模型与算法是正确的。
Based on the deep analysis of the current domestic and international truck scheduling theories, a multi-objective comprehensive optimization model of computer-controlled truck scheduling with multiple objective requirements is proposed according to the target requirements of mine production and the limitations of existing theories. The goal requires a comprehensive optimization scheduling algorithm from model construction to criteria selection. And the target programming algorithm is used instead of the linear programming algorithm to mine mine traffic optimization in order to achieve a variety of objectives and requirements. The paper takes an actual mining problem as an example and studies the results show that the model and algorithm are correct.