2019 Vol.2 Dec. No.6

• Title: Analysis of Optimal Selection Model for Transportation Path of Dangerous Chemicals Based on Internet of Things
• Name: Katou Shino
• Company: Chukyo Gakuin University
• Abstract:

  Aiming at the problem of optimal route selection for the transportation of hazardous chemicals, the Internet of Things decision-making theory is introduced into the evaluation and selection of route plans, combined with the comprehensive and operable principles of index selection, Construct an index system for comparison and selection of hazardous chemical transportation routes from six aspects: Affects the protection of regional water sources, the protection of scenic spots and historic sites in the region, the environmental protection of the region, the size of the regional population, the size of factories and mines in the region, and the comprehensive transportation benefits of the transportation route. Through the calculation of the comprehensive difference of each scheme, the ranking of the alternative schemes is realized. In addition, the threshold method is used in the calculation of the model system weights to complete the objective analysis of the weight determination, and to realize the model analysis of the optimal selection of the transportation route of hazardous chemicals based on the Internet of Things. Finally, a trial calculation of the model was carried out using the model combined with a numerical example, which proved the rationality of the model.

• Keyword: Dangerous Chemicals; Transportation Safety; Optimization Choice; Evaluation Model;
• DOI: 10.12250/jpciams2019060647
• Citation form: Katou Shino.Analysis of Optimal Selection Model for Transportation Path of Dangerous Chemicals Based on Internet of Things[J]. Computer Informatization and Mechanical System, 2019, vol. 2, pp. 46-50.

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