Emergency material demand prediction, preparation and transportation system and method

Abstract

The invention discloses an emergency material demand prediction, preparation and transportation system. The system includes: a real-time monitoring module, a disaster information platform, a disasterinformation access module, a meteorological information platform, a meteorological information access module, an analysis and storage module, a manual confirmation module, a warehouse management system, an emergency material storage access module, a logistics information system, a logistics emergency access module, a road condition information platform, a road condition information access module,an emergency product information platform and an emergency material production information access module. Through the system, on one hand, barriers of information systems such as a warehouse management system, a logistics management system, an emergency product production enterprise information system, a disaster information system and a road condition information system are broken through, and global scheduling optimization is realized; and on the other hand, the combination of automatic analysis and manual auditing confirmation is adopted, the reasonability and accuracy of an analysis resultare ensured, and for successful rescue demand prediction analysis, an expert experience library is automatically listed, so that the system has a self-perfection capability.

Description

technical field [0001] The present invention relates to the technical field of logistics, in particular, to a system and method for forecasting, raising and transporting emergency materials demand. Background technique [0002] At present, there are few technical researches on the raising and transportation of emergency supplies, mainly focusing on the following: [0003] (1) Optimal financing and distribution of a single emergency material [0004] Based on the assumption that there is only one kind of emergency supplies, a multi-objective decision-making model with the shortest time and the lowest cost as the objective function is proposed, and it is considered that more rescue points require more human resources, which leads to an increase in cost. Taking the rescue cost and rescue time of each rescue point as a constant, the ideal point algorithm is used to solve the problem and obtain the emergency material scheduling scheme. [0005] (2) Multi-objective optimal finan...

AI Technical Summary

Problems solved by technology

[0008] A. The optimal raising and distribution method of a single emergency material, assuming that there is only one kind of emergency material, does not match the actual application situation, and it is impossible to achieve joint optimal raising and distribution of multiple materials

[0009] B. Multi-objective optimal raising and distribution, considering the shortest time and lowest cost objectives of various materials, but does not give how to obtain the required amount of materials based on disaster information, which can only solve part of the problem in practical applications

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