计算机应用与软件
計算機應用與軟件
계산궤응용여연건
COMPUTER APPLICATIONS AND SOFTWARE
2013年
10期
108-112
,共5页
生产计划%生产调度%热轧型钢%批决策与批调度%遗传算法
生產計劃%生產調度%熱軋型鋼%批決策與批調度%遺傳算法
생산계화%생산조도%열알형강%비결책여비조도%유전산법
Production planning%Production scheduling%Hot rolling section steel%Batch decision-making and batch scheduling%Genetic algorithm
针对热轧型钢企业生产计划调度的约束复杂、易延误交货期、寻求最优解困难等问题,提出生产计划调度系统的结构功能设计方案,选用改进的批决策批调度策略建立计划调度模型,并利用遗传算法求解生产调度计划。以某热轧型钢企业设计实现的制造执行系统为依托,研究生产计划调度系统的执行情况,通过不同的订单数据以及不同的计划编制方法进行模拟计算和结果比较,验证了该改进型批决策与批调度模型的解可降低设备调度、节省生产时间、减少交货延误,以此来指导热轧型钢的生产可切实提高企业生产效率。
針對熱軋型鋼企業生產計劃調度的約束複雜、易延誤交貨期、尋求最優解睏難等問題,提齣生產計劃調度繫統的結構功能設計方案,選用改進的批決策批調度策略建立計劃調度模型,併利用遺傳算法求解生產調度計劃。以某熱軋型鋼企業設計實現的製造執行繫統為依託,研究生產計劃調度繫統的執行情況,通過不同的訂單數據以及不同的計劃編製方法進行模擬計算和結果比較,驗證瞭該改進型批決策與批調度模型的解可降低設備調度、節省生產時間、減少交貨延誤,以此來指導熱軋型鋼的生產可切實提高企業生產效率。
침대열알형강기업생산계화조도적약속복잡、역연오교화기、심구최우해곤난등문제,제출생산계화조도계통적결구공능설계방안,선용개진적비결책비조도책략건립계화조도모형,병이용유전산법구해생산조도계화。이모열알형강기업설계실현적제조집행계통위의탁,연구생산계화조도계통적집행정황,통과불동적정단수거이급불동적계화편제방법진행모의계산화결과비교,험증료해개진형비결책여비조도모형적해가강저설비조도、절성생산시간、감소교화연오,이차래지도열알형강적생산가절실제고기업생산효솔。
The planning and scheduling of hot rolling section steel production have the difficulties in complex constraints,being prone to put off the delivery date and hard to explore the optimal solution,etc.In light of these,we put forward a design scheme for production planning and scheduling system structure and function.In it the improved batch decision-making and batch scheduling strategy is chosen to establish the planning and scheduling model,the genetic algorithm is employed to solve the production scheduling plan.Based on a manufacturing execution system designed and implemented for a hot rolling section steel enterprise,we study the execution situation of the production planning and scheduling system,and carry out simulative calculation and outcomes comparison using different order data and various plan formulation approaches.It is verified that the solution of the modified batch decision-making and batch scheduling model is able to save production time,reduce the times of equipment scheduling,and reduce the times of delay in delivery.It can feasibly improve the production efficiency of the enterprises by using the model to guide the production of hot rolling section steel.