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您的检索式：作者名="WANG Xionghai"
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| 1 | Scheduling Semiconductor Wafer Fabrication Using a New Harmony Search Algorithm Based on Receipt Priority Interval显示文摘For the scheduling problem of Semiconductor wafer fabrication(SWF), a new Dispatching rule based on the load balance(DRLB) is proposed. Further, a new Harmony search(HS) algorithm based receipt priority interval(HS rpi) is presented to minimize the mean cycle time. A kind of chaotic sequence is used as the harmony vector. Then, a conversion method is designed to convert the real number harmony vector to the mixed vector representing the priorities of all receipts and the algorithm parameters. In order to increase the algorithm robustness and decrease the scale of the scheduling problem, based on receipt priority interval and DRLB, we give a special conversion method used to convert the above mixed vector to the solution of the scheduling problem of SWF. Computational simulations based on the practical instances validate the proposed algorithm. | ZHANG Long LIU Min HAO Jinghua WANG Xionghai DONG Jun | 2016 | Chinese Journal of Electronics2016，25，5： | 3 |
| 2 | Scheduling Semiconductor Wafer Fabrication Using a New Fuzzy Association Classification Rules Based on Dynamic Fuzzy Partition显示文摘This paper proposes a dynamic fuzzy partition method of attribute domain suitable for the scheduling problem of Semiconductor wafer fabrication(SWF). Then,based on the above partition method, this paper gives a new Fuzzy association classification rules(FACRs) for scheduling SWF. Also, this paper presents a corresponding simple mining method used to obtain the effective FACRs based on the Apriori algorithm. Furthermore, a Harmony search(HS) algorithm is designed to determine the rule parameters including the minimum fuzzy support and the total number of linguistic values of each condition attribute for the simple fuzzy partition. At last, computational simulations and comparisons based on the practical data are provided. It is shown that the proposed FACRs can generate better results for almost all problem instances. | ZHANG Long LIU Tao LIU Min WANG Xionghai | 2017 | Chinese Journal of Electronics2017，26，1： | 1 |
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