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Optimal planning algorithm of forest wetland tourism path based on GIS

机译:基于GIS的森林湿地旅游路径最优规划算法

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摘要

In this paper, the optimal planning algorithm of forest wetland tourism path based on GIS is proposed. In the guidance of GIS information, the selection of forest wetland tourism path can be seen as a dynamic distribution process, and forest traffic information and road information are as the selected target. The path attribute changes under different weather are modeled with constraints, and then the genetic algorithm is used to solve the above target paths. The experimental results show that the proposed method can rapidly calculate the optimized paths in forest wetlands under the guidance of GIS information, and can accurately reflect the geographic information of forest wetland tourism.
机译:本文提出了基于GIS的森林湿地旅游路径最优规划算法。 在GIS信息的指导中,森林湿地旅游路径的选择可以被视为动态分配过程,森林交通信息和道路信息作为所选目标。 不同天气下的路径属性更改是用约束建模的,然后遗传算法用于解决上述目标路径。 实验结果表明,在GIS信息的指导下,该方法可以迅速计算森林湿地的优化路径,可以准确反映森林湿地旅游的地理信息。

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