基于多核特征融合感知的林区枯死木检测方法
Multi-Core Feature Fusion Perception based Dead Wood Detection Method in Forest Areas
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摘要: 松材线虫病(Pine Wilt Disease,PWD)是严重危害松林生态系统的毁灭性病害,其传播速度快、防治难度大,传统人工监测方法效率低、成本高。为此,基于无人机航拍图像数据,提出一种改进的轻量化目标检测网络M-YOLOv8n-p2,通过引入多核特征融合感知机制,有效提升模型对枯死松树特征的判别能力。与现有YOLO改进方法相比,在保持轻量化的同时,显著增强了多尺度特征的提取与融合效率,有效解决了复杂背景下小目标漏检与误检问题。综合结果表明,在松材线虫病枯死树检测任务中,M-YOLOv8n-p2网络模型具有更高的精确率与鲁棒性,能够实现对病害木的高效、精准识别,可为林业病虫害智能监测与防控提供可靠的技术支撑。Abstract: Pine Wilt Disease(PWD)is a devastating disease that severely harms pine forest ecosystems.It spreads rapidly and is difficult to control,while traditional manual monitoring methods are inefficient and costly.To address this,an improved lightweight object detection network,M-YOLOv8n-p2,is proposed based on drone aerial image data.By introducing a multi-kernel feature fusion perception mechanism,the model's ability to distinguish features of dead pine trees is effectively enhanced.Compared with existing YOLO improvement methods,while maintaining lightweight,it significantly enhances the extraction and fusion efficiency of multi-scale features,effectively solving the problem of missed and false detections of small targets in complex backgrounds.The proposed network has higher accuracy and robustness in the detection task of dead trees caused by Pine Wilt Disease,enabling efficient and accurate identification of diseased trees.It can provide reliable technical support for intelligent monitoring and prevention and control of forestry pests and diseases.
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