排序方式: 共有11条查询结果,搜索用时 24 毫秒
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随着海军军事任务多样化,执行任务时间长,任务海区远离大陆,可靠、精确的海上维修保障成为了必备的条件。论文从维修保障资源主要包括的保障专业人员、维修设施设和备品备件三个方面建立了需求预测模型,并结合实例说明了模型的使用。 相似文献
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舰船维修系统是一个复杂系统,传统的建模方法难以表现其行为过程,并正确评估其战时保障能力。文章简要介绍了Agent技术在复杂系统建模中的优势及在军事系统中成功运用的范例,指出它是解决舰船维修系统建模与仿真的有效途径。根据舰船维修系统的组成及运作机制,简化特装厂的行为过程,围绕海军船厂和舰船技术状态演化的行为过程,提出了系统基于Agent技术建模与仿真的思想和方法,并以舰船为智能化的主体,构造了舰船Agent的特征模型及活动机制,给出了模型及维修环境的形式化程序片段,克服了形式化模型难以准确构造系统并评估其维修能力的缺陷。对系统的复杂性做了进一步的阐述,为今后的研究指明了方向。 相似文献
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The authors developed a prototype of a warship maintenance system. The process started by defining the maintenance requirements
of warship equipment. Next, a planning scheme was development for a maintenance network. An optimization target for the plan
and indexes for assessment were established. Based on the above work, a simulation model was proposed with two layers: a base
and a workshop. Dispatching rules were then formulated for the simulation. Experimental results proved the validity of the
model and the dispatching algorithm. It was found that the model can solve the capacity evaluation problem for maintenance
systems and provides a scientific basis for decision-maker to make decisions regarding equipment maintenance. 相似文献
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