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《Journal of Southern Vocational Education》 2019-04
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Construction of the Model for Choosing the Optimal Distribution Route of Goods based on the Internet of Things Technology

ZHANG Hua;YI Dan;Guangzhou Railway Polytechnic;  
In order to improve the planning ability of commodity route distribution in Internet of Things(IoT) environment and shorten the time cost of commodity distribution, an Internet of Things oriented commodity optimal distribution path selection model based on grid sub-regional feature matching is proposed. The irregular triangular network planning method is used to search the optimal distribution path of goods oriented to the Internet of Things technology, and the sub-regional feature matching model of the optimal distribution path of goods is established. The adaptive grid block fusion method is used to plan and design the optimal distribution path of commodity. The statistical characteristic of node location of distribution path is extracted, and the fuzzy constraint method of correlation is used to realize the choice of optimal distribution path of commodity, so as to improve the ability of self-adaptive equilibrium of optimal distribution route selection. The simulation results show that the proposed method has good self-adaptability and high level of equilibrium, and it has good application value in commodity optimal distribution route selection and logistics route automatic planning and design.
【Fund】: 广州铁路职业技术学院技术研发项目“基于大数据的智能交通最优路径分析系统开发”
【CateGory Index】: TP391.44;TN929.5;F252
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