CAJ | 학술논문

为了解决放射形专用线取送作业的合理取送顺序、取送时机和取送次数问题,用定性与定量相结合的方法,建立了取送车模型,设计了求解模型的蚁群遗传算法.模型及其算法适用于求解多种到发车流形式的放射形专用线取送车问题,并可自适应地生成各种取送作业组织方式,实现了取送方案的整体最优,克服了固定取送作业方式的缺陷.算例仿真结果表明,取送次数从传统方法的30次减少到18次,减小了作业车的总车小时消耗.
위료해결방사형전용선취송작업적합리취송순서、취송시궤화취송차수문제,용정성여정량상결합적방법,건립료취송차모형,설계료구해모형적의군유전산법.모형급기산법괄용우구해다충도발차류형식적방사형전용선취송차문제,병가자괄응지생성각충취송작업조직방식,실현료취송방안적정체최우,극복료고정취송작업방식적결함.산례방진결과표명,취송차수종전통방법적30차감소도18차,감소료작업차적총차소시소모.
To find the reasonable sequence, moment, and batch number of taking out and placing in wagons in shunting operation on radial private lines, a model for wagons' taking-out and placing-in operation on radial private lines was built by combining qualitative and quantitative analysis. Then, the methods to construct and compute the solution of the model were elaborated, and an effective ant colony genetic algorithm (ACGA) was designed to search the optimal solution. The model and its algorithm are suitable to solve the problem of taking out and placing in wagons on radial private lines with various kinds of wagon flows, and they can generate adaptive organization modes of taking-out and placing-in operations to achieve a globally optimal operation scheme, which overcomes the shortcomings in the shunting operation using a fixed organization mode. An example simulation shows that the batch number of taking-out and placing-in operations was reduced from 30 to 18, and that the total time that each wagon spends at the station was saved effectively.