物流技术
物流技術
물류기술
LOGISTICS TECHNOLOGY
2014年
11期
420-422
,共3页
计算机仿真%钢铁企业%天车作业优化%Agent技术
計算機倣真%鋼鐵企業%天車作業優化%Agent技術
계산궤방진%강철기업%천차작업우화%Agent기술
computer simulation%steel enterprise%overhead crane operation optimization%Agent technology
采用计算机循环仿真的方法，通过不断循环转换初始仿真模型和改良模型，利用多层次模糊标准找到优化解，并运用Agent技术定义了生产车间的仿真物流对象、仿真事件和逻辑。最后结合攀枝花新钢钒股份有限公司连铸车间的实例，证明了计算机仿真方法能够优化生产车间物流天车作业。
採用計算機循環倣真的方法，通過不斷循環轉換初始倣真模型和改良模型，利用多層次模糊標準找到優化解，併運用Agent技術定義瞭生產車間的倣真物流對象、倣真事件和邏輯。最後結閤攀枝花新鋼釩股份有限公司連鑄車間的實例，證明瞭計算機倣真方法能夠優化生產車間物流天車作業。
채용계산궤순배방진적방법，통과불단순배전환초시방진모형화개량모형，이용다층차모호표준조도우화해，병운용Agent기술정의료생산차간적방진물류대상、방진사건화라집。최후결합반지화신강범고빈유한공사련주차간적실례，증명료계산궤방진방법능구우화생산차간물류천차작업。
In this paper, using the computer cyclic simulation process and by continuously switching between the original simulation model and the improved model, we obtained the optimal solution through the multi-layered fuzzy standardization process, then defined the objects, events and logic of the logistics simulation of the production workshops, and at the end, through an empirical case of the continuous casting workshop of Panzhihua Xingangfan Stock Co., Ltd., demonstrated the effectiveness of the simulation method.
