| In the early days,the transport of military goods was relatively simple,mainly through land transport and water transport.In the event of a war in modern times,the war will consume a lot of military supplies.Therefore,under the continuous development of society,once the war breaks out,the scale of the war is also constantly expanding than before,and the pattern and scale of modern war material transport are also changing constantly.Therefore,it is very important to study the modern material transportation.One of the most significant elements of military supply transportation is concealment,especially during war preparation and warfare periods.How to conceal military supply transportation is of a great importance in a real situation.Therefore,by introducing the information entropy to measure the concealment,this article researches the optimization of military supply concealment transportation under the road networked background and proposed a flow distribution model for military supply concealment transportation.This model focuses on the concealment of military supply transport as the maximum objective function.After analyzing the network,classifying the nodes,summarizing the constraint conditions for the properties and hypotheses existing in the transportation and combining the normal parameter limit of military supply transportation flow,it becomes a non-liner programming flow distribution optimization model.In the end,an example of military supply transportation in Yunnan province,China is illustrated,which takes concealment as the main target and introduces an optimized flow distribution method for the military supply.Further,the optimized flow distribution model of military supply transportation on networked routes is proved to be feasible and valid.The structure of this article is as follows: Section 2 introduces the current research on the military supply transport.Section 3 gives the related theories and concealment measurement formulation of the military supply.Then the authorexpounds the related concepts and methods of military transportation,and analyzes the different types of nodes in the road network.Section 4 builds the concealment measure formula and the traffic distribution model of different sections,and analyzes the related properties of the new model.In sections 5 and section 6,we construct the hypothesis of the model and the overall military material concealment measurement model in consideration of the joints.Besides,we take the example of transporting military materials from Yunnan Province to Sino-Burmese border during war and war preparation periods respectively.Then explain the effectiveness and practicability of the new model.In section 7,the paper conclude and analyze the strengths and weaknesses of the model.This article investigates the transportation of military supplies in Yunnan Province due to the unique geographical location of Yunnan,which makes it a task of“taking a load and carrying the burden of the nation” during the anti-Japanese war in China.In strategic areas,Yunnan has become an essential part of the anti-Japan and the Chinese economy.After the outbreak of the comprehensive war of resistance against Japanese aggression,the Yunnan-Vietnam railway,the Yunnan-Burmese highway,and the China-India highway were playing important roles.These several railway lines are equivalent to the main transportation lines for China's foreign materials transportation.The China-India highway and the Yunnan-Burma Burma Road transport network maintain the military material supply on China's anti-battlefield.The results of the case show that it is necessary to strengthen the stationed armed police forces at the Yunnan border to effectively safeguard the security and stability of China's border areas.Strengthening the troops stationed on the Yunnan border,Yunnan Province will need to provide military supplies and military equipment for border fighters.Therefore,it is necessary to strengthen the study of military material transportation in Yunnan Province. |
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