A High-Efficiency Deep-Learning-Based Antivibration Hammer Defect Detection Model for Energy-Efficient Transmission Line Inspection Systems

<div>Typical images of antivibration hammers divided into four common conditions: (a) two common types of antivibration hammers, (b) two different sizes of antivibration hammers, (c) two different lighting conditions of antivibration hammers, and (d) two different backgrounds of antivibration hammers.</div>

International Journal of Antennas and Propagation

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Figure 9

Figure 9: A High-Efficiency Deep-Learning-Based Antivibration Hammer Defect Detection Model for Energy-Efficient Transmission Line Inspection Systems 

Figure 9 | A High-Efficiency Deep-Learning-Based Antivibration Hammer Defect Detection Model for Energy-Efficient Transmission Line Inspection Systems 