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考虑到战争时期军需物资运输不存在道路定向的限制,而存在运量有限的要求,本文在已有研究基础上提出了流量限定且隐蔽性最大条件下的非定向军事路网隐蔽性熵测度方法,以及该测度方法下的军需物资运输分配模型。新的隐蔽性测度公式与物资运输分配模型能兼顾非定向性和流量限定两方面约束,更为符合实际需要。此外,文中还分析了非定向和流量限定条件下军事路网多方面性质,即非负性、对称性、扩展性、收发路段的定向性、路网的可转换性以及路网循环流的可能性。结合隐蔽性熵测度方法和路网性质,笔者构建了非定向流量限定条件下军需物资运输分配模型。最后,通过具体算例充分验证了新隐蔽性熵测度方法和运输分配模型的可行性与有效性。
Taking into account the limitation of the road orientation of the munitions supplies during the war, there is a limited capacity requirement. Based on the existing research, this paper proposes a hidden entropy measure method of the non-directional military road network under the condition of limited flow and maximum concealment , As well as the distribution model of munitions supplies under this measure. The new concealed measure formula and the material transport allocation model can balance the non-directional and traffic-limited constraints, which is more in line with actual needs. In addition, the paper also analyzes the multi-dimensional nature of the military road network under non-directional and traffic-limited conditions, that is, non-negative, symmetry, scalability, the directionality of the transmission and reception sections, the convertibility of the road network and the possible circulation of the road network Sex. Combined with the measure of concealed entropy and the nature of the road network, the author constructs the model of munitions distribution under the condition of non-directional traffic definition. Finally, the feasibility and effectiveness of the new concealment entropy measure method and the transport allocation model are fully verified by the concrete examples.