首页|基于特征融合图像分割算法的生态廊道提取

基于特征融合图像分割算法的生态廊道提取

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为提取最短路径生态廊道且兼顾多种生物的迁徙可行性,提出基于特征融合图像分割算法的生态廊道提取方法.融合颜色特征与纹理特征得到生态廊道的感兴趣区域,构建卷积神经网络模型,将研究区景观分为林地、耕地、草地、水域等类型,据此构建路径栅格图;利用二维信息素更新策略、动态启发因子信息素因子策略改进传统蚁群算法,以栅格图为对象使用改进蚁群算法规划最短的生态廊道路径.结果表明,该方法图像分割F值在0.954~0.984 之间,波动性小;提取的生态廊道路径相对较短、拐点较少,起始点与终点之间更容易实现物质流动.
Extraction of Ecological Corridor Based on Feature Fusion Image Segmentation Algorithm
In order to extract the shortest path ecological corridor and take into account the migration feasi-bility of various organisms,an ecological corridor extraction method based on feature fusion image segmen-tation algorithm was proposed.Color features and texture features were integrated to obtain the area of inter-est of the ecological corridor,the convolutional neural network model was built to divide the landscape of the study area into forest land,cultivated land,grassland,water and other types,and a path grid map ac-cordingly was constructed;the two-dimensional pheromone update strategy and the dynamic heuristic factor pheromone factor strategy were used to improve the traditional ant colony algorithm,the improved ant colo-ny algorithm was used to plan the shortest ecological corridor path based on a grid graph.The experimental results showed that the image segmentation F value of the modified method was between 0.954 and 0.984,and the fluctuation was small;the extracted ecological corridor path was relatively short,with fewer inflec-tion points,making it easier to realize material flow between the starting point and the end point.

feature fusionimage segmentationconvolutional neural networkant colony algorithmpheromoneextraction of ecological corridor

葛军阳、张宝铮

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长沙市规划勘测设计研究院,湖南 长沙 410007

特征融合 图像分割 卷积神经网络 蚁群算法 信息素 生态廊道提取

2024

林业调查规划
云南省林业调查规划院 西南地区林业信息中心

林业调查规划

CSTPCD
影响因子:0.45
ISSN:1671-3168
年,卷(期):2024.49(2)
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