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中厚板热轧生产调度优化方法
引用本文:於春月,王成恩,曲蓉霞.中厚板热轧生产调度优化方法[J].自动化学报,2010,36(2):282-288.
作者姓名:於春月  王成恩  曲蓉霞
作者单位:1.东北大学流程工业综合自动化教育部重点实验室 沈阳 110004
基金项目:解放军总装备部武器装备预研重点基金项目(9140A18010207LN0101)资助~~
摘    要:中厚板热轧生产调度, 是一个有优先约束、等待时间和缓冲容量有限的单机调度问题. 用AON (Activity-on-node)网络对问题进行描述, 提出并证明了面向单机调度问题的AON网络平衡定理, 根据平衡定理, 建立了以轧机利用率最大为优化目标的非线性约束优化数学模型, 并利用优化软件LINGO进行求解. 计算实例表明, 所提出的数学优化方法, 与现有的启发式方法相比, 能够获得更好的优化目标, 所得到的生产调度方案, 生产节奏稳定, 更有利于组织生产.

关 键 词:中厚板热轧    AON  (Activity-on-node)网络    非线性约束优化    单机调度
收稿时间:2008-10-14
修稿时间:2009-5-31

Optimization Method for Plate Hot Rolling Production Scheduling
YU Chun-Yue WANG Cheng-En QU Rong-Xia .Key Laboratory of Process Industry Automation,Ministry of Education,Northeastern University,Shenyang.Optimization Method for Plate Hot Rolling Production Scheduling[J].Acta Automatica Sinica,2010,36(2):282-288.
Authors:YU Chun-Yue WANG Cheng-En QU Rong-Xia Key Laboratory of Process Industry Automation  Ministry of Education  Northeastern University  Shenyang
Affiliation:1.Key Laboratory of Process Industry Automation, Ministry of Education, Northeastern University, Shenyang 110004
Abstract:Scheduling steel plate hot rolling is a typical single-machine scheduling problem subject to multiple constraints including precedence constraints and limited waiting time and finite buffer capacity. To describe the steel plate hot rolling scheduling problem with an AON (Activity-on-node) network, an equilibrium principle is formulated for single-machine scheduling problems on the AON networks. Subsequently, a nonlinear constrained optimization model is built for steel plate hot rolling scheduling problems, which maximizes utilization of the rolling mill and is solved by software LINGO. Numerical computations indicate that the hot rolling scheduling method is more effective than the heuristic methods available in reaching optimal production schedules that may significantly improve production stability and efficiency.
Keywords:Plate hot rolling  AON (Activity-on-node) network  nonlinear constrained optimization  single-machine scheduling
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