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Optimization Research for Cement Materials Mine Production Scheduling System Based on Multi-Agent Technology

机译:基于多Agent技术的水泥材料矿山生产调度系统的优化研究

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摘要

According to the Multi-Agent technology modeling theory, combined with the actual situation of the cement materials open-pit mine, using adaptive neural-fuzzy inference system (Anfis) and classic modeling method respectively establishes the blasting system agent model, the transportation production system and the broken system agent model. Through the production task distribution coordinate the operation process of different Agents, Blasting system agent and transportation scheduling agent are optimized by genetic algorithm(GA) and particle swarm optimization algorithms(PSO), the costs are control at the same time the production tasks are completed, make whole mine production scheduling system to reach optimization.
机译:根据Multi-Agent技术建模理论,结合水泥露天矿的实际情况,采用自适应神经模糊推理系统(Anfis)和经典建模方法分别建立了爆破系统的代理模型,运输生产系统。以及损坏的系统代理模型。通过生产任务的分配协调,通过遗传算法(GA)和粒子群优化算法(PSO)对不同Agent的爆破系统Agent和运输调度Agent进行优化,在完成生产任务的同时控制成本,使整个矿山生产调度系统达到最佳状态。

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