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融合残差反卷积的图像分割算法研究OA

Research on Image Segmentation Algorithm based on Residual Deconvolution

中文摘要英文摘要

针对FCN算法在处理复杂场景时出现误分割问题,本文提出一种融合残差反卷积的图像分割算法RDM-FCN.在编码器部分,采用VGG16网络来提取图像特征;在解码器部分,通过构建残差反卷积模块和引入残差连接,以增强跨层特征的传递.通过采用交叉熵损失函数,提升模型的分割精度.测试结果显示,本文算法与FCN算法相比较,准确率提高了0.0347,平均交并比提高了 0.0215,平均像素准确率提高了 0.005.实验结果表明,本文算法的分割精度较高,能够较好地保留物体边缘和细节部分的信息.

This paper proposes an image segmentation algorithm RDM-FCN that integrates residual deconvolution to address the issue of misclassification in FCN algorithm for processing complex scenes.In the encoder section,the VGG16 network is used to extract image features;In the decoder section,residual deconvolution modules are constructed and residual connections are introduced to enhance the transmission of cross layer features.By using the cross entropy loss function,the segmentation accuracy of the model is improved.The test results show that compared with the FCN algorithm,the accuracy of our algorithm has improved by 0.0347,the average intersection to union ratio has increased by 0.0215,and the average pixel accuracy has increased by 0.005.The experimental results show that the segmentation accuracy of the algorithm proposed in this paper is high,and it can effectively preserve the information of object edges and details.

何松;唐程华;陈鑫

赣州市大数据发展有限公司 江西 赣州 341000江西理工大学信息工程学院 江西 赣州 341000

计算机与自动化

FCN网络图像分割残差反卷积算法

FCN NetworkImage SegmentationResidual Deconvolution ModelAlgorithm

《福建电脑》 2024 (005)

1-5 / 5

本文得到江西省研究生创新专项(No.YC2023-S662)资助.

10.16707/j.cnki.fjpc.2024.05.001

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