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Hybrid Improved Concave Matching Algorithm and ResNet Image Recognition Model
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DOI：10.1109/ACCESS.2024.3375928.png)
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摘要
En 中文
With the increase of organic matter content in global water bodies, timely and accurate identification of algae objects in water bodies is of great significance for rapid treatment of water eutrophication. To improve the performance of seaweed microscopic image recognition model, an improved concave matching algorithm was designed and applied to the segmentation of original microscopic images. In addition, an IResNet algorithm with self-adjusting pooling layer is designed. In this study, an improved concave matching algorithm and an improved ResNet algorithm were used to construct a microscopic algae image recognition model. The average Accuracy and Precision of the proposed algorithm in the data set are 88.6% and 90.3%, which is significantly higher than all tr4aditional and mainstream image segmentation algorithms. Among the five modified ResNet algorithms with self-adjusting pooling layers designed in this study, the fifth modified scheme has the best performance on the training set. The model's recognition accuracy and accuracy corresponding to the improved ResNet algorithm on the whole test set are 84.1% and 82.8%, respectively. The experimental data on the real data set show that the algae microscopic image recognition model has certain practical potential.
Keyword:
Concave programming
Neural networks
Microscopy
Algae
Water resources
Water monitoring
Pollution measurement
Organic materials
Image recognition
Seaweed
Object recognition
Data models
Water pollution
Eutrophication
Concave point matching algorithm
neural network
ResNet
algae microscopic image
期刊
IF:
3.6
论文数:
9.8W
被引数:
29.4W
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