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Research on Scheduling for Complex Product with Batch Processing Machines

Author: WangYue
Tutor: XieZhiQiang
School: Harbin University of Science and Technology
Course: Computer Software and Theory
Keywords: Batch equipment Complex products Integrated scheduling Scheduling algorithm Virtual machining tree
CLC: TH162
Type: Master's thesis
Year: 2010
Downloads: 11
Quote: 0
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Abstract


With the community for many varieties , small quantities of product demand increase , integrated scheduling of complex products , more and more attention has been paid . Although the integrated scheduling problem for complex product some research , but not yet effective scheduling of complex products in the batch equipment , there is a complex batch equipment scheduling research has theoretical and practical significance . Papers on the basis of the analysis of the research status at home and abroad for the integrated scheduling did not consider the presence of batch equipment proposed the presence of process batch to batch equipment complex scheduling algorithm . Characteristics of the two processes can be processed at the same time , and in order to take full advantage of the batch equipment both will not wait for long path does not arrive at the process and waste of time, the process of the proposed algorithm processing in batch equipment , using the critical time to wait , and the first step short strategy scheduling . The existence of processing bulk of complex single integrated scheduling of batch equipment . For the batch equipment exists complex multi- product scheduling problem subtree of each product as a processing tree , Mr. machining tree into a virtual single product scheduling algorithm , and then apply the tree virtual processing tree scheduling through this approach solves complex scheduling problem of multi-product batch equipment exists . For dynamically added products in the production process , a construction method of the virtual machining tree , and then apply a single product scheduling policy scheduling scheduling process , given the complete algorithm . For the above three cases , the paper proposed algorithm instance validation .

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CLC: > Industrial Technology > Machinery and Instrument Industry > Machinery Manufacturing Technology > Process design
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