UAV tracking and recognition method of transmission tower surface defects based on edge computing
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Publisher
SPIE
Reference10 articles.
1. Hybrid CNN-LSTM approaches for identification of type and locations of transmission line faults
2. Low-complexity graph-based traveling wave models for HVDC grids with hybrid transmission lines: Application to fault identification
3. Hybrid-YOLO for classification of insulators defects in transmission lines based on UAV
4. Identification Algorithm of Ceramic Insulator Surface Defects on Power Transmission Towers Based on Improved U-net Network[J];Chen;Journal of Ceramics,2022
5. Damage Identification of Transmission Tower Considering Environmental Factors and Based on Measured Frequency[J];Gao;Structural Engineers,2022
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