微型机与应用
微型機與應用
미형궤여응용
MICROCOMPUTER & ITS APPLICATIONS
2012年
17期
75-77
,共3页
集装箱码头%装卸设备%集成调度%智能体
集裝箱碼頭%裝卸設備%集成調度%智能體
집장상마두%장사설비%집성조도%지능체
container terminal%handing equipments%integrated scheduling%Agent
针对集装箱装卸设备作业相互耦舍的特点,设计了基于多智能体的协同调度优化模型。首先应用带有阻塞限制的混合流水车间模型构建了调度模型,随后应用蚁群算法得到初始方案,最后应用多智能体的合同网机制对方案进行调整。仿真结果显示,该调度方法具有较好的可行性。
針對集裝箱裝卸設備作業相互耦捨的特點,設計瞭基于多智能體的協同調度優化模型。首先應用帶有阻塞限製的混閤流水車間模型構建瞭調度模型,隨後應用蟻群算法得到初始方案,最後應用多智能體的閤同網機製對方案進行調整。倣真結果顯示,該調度方法具有較好的可行性。
침대집장상장사설비작업상호우사적특점,설계료기우다지능체적협동조도우화모형。수선응용대유조새한제적혼합류수차간모형구건료조도모형,수후응용의군산법득도초시방안,최후응용다지능체적합동망궤제대방안진행조정。방진결과현시,해조도방법구유교호적가행성。
The scheduling of handing equipments in a maritime terminal has direct influence on each other. A multi-agent based integrated scheduling model is presented to optimize the container handing system. Firstly, a no-wait hybrid flow shop model based integrated schedule model is proposed, then the initial solution is found with ant colony algorithm, and the negotiation mechanism for multi-agent system is designed to get the final result through adjusting the initial plan. Numerical experiment results show that the proposed method is feasible.