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teer decrease » greater decrease (Expand Search)
we decrease » _ decrease (Expand Search), nn decrease (Expand Search), use decreased (Expand Search)
a decrease » _ decrease (Expand Search), _ decreased (Expand Search), _ decreases (Expand Search)
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1721
Comparative experimental results.
Published 2025“…However, small object detection faces numerous challenges, such as significant difficulty, substantial interference from complex backgrounds, and inconsistent annotation quality. …”
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1722
Algorithm operation steps.
Published 2025“…However, small object detection faces numerous challenges, such as significant difficulty, substantial interference from complex backgrounds, and inconsistent annotation quality. …”
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1723
SCI-YOLO11.
Published 2025“…However, small object detection faces numerous challenges, such as significant difficulty, substantial interference from complex backgrounds, and inconsistent annotation quality. …”
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1724
Dataset for insulator defect detection.
Published 2025“…However, small object detection faces numerous challenges, such as significant difficulty, substantial interference from complex backgrounds, and inconsistent annotation quality. …”
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1725
YOLOV8.
Published 2025“…However, small object detection faces numerous challenges, such as significant difficulty, substantial interference from complex backgrounds, and inconsistent annotation quality. …”
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1726
Faster-RCNN.
Published 2025“…However, small object detection faces numerous challenges, such as significant difficulty, substantial interference from complex backgrounds, and inconsistent annotation quality. …”
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1727
Results of ablation experiments.
Published 2025“…However, small object detection faces numerous challenges, such as significant difficulty, substantial interference from complex backgrounds, and inconsistent annotation quality. …”
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1728
Structure diagram of SPDConv.
Published 2025“…However, small object detection faces numerous challenges, such as significant difficulty, substantial interference from complex backgrounds, and inconsistent annotation quality. …”
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1729
Wise-IOU regression diagram.
Published 2025“…However, small object detection faces numerous challenges, such as significant difficulty, substantial interference from complex backgrounds, and inconsistent annotation quality. …”
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1730
Visualization of detection results.
Published 2025“…However, small object detection faces numerous challenges, such as significant difficulty, substantial interference from complex backgrounds, and inconsistent annotation quality. …”
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1731
Structure diagram of the SE attention mechanism.
Published 2025“…However, small object detection faces numerous challenges, such as significant difficulty, substantial interference from complex backgrounds, and inconsistent annotation quality. …”
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1732
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1733
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1734
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1735
Colored Gold Ions Enabled High-Transparent and Low-Haze Cellulose Films with Excellent Flame-Retardant and UV to Blue Light-Blocking Performance
Published 2025“…Herein, we reported a facile and green process for fabricating biodegradable and flexible gold ion (Au<sup>3+</sup>)-coordinated cellulose-based light filters with diverse UV- and HEBL-screening capacities via adsorption of Au<sup>3+</sup>. …”
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1736
Colored Gold Ions Enabled High-Transparent and Low-Haze Cellulose Films with Excellent Flame-Retardant and UV to Blue Light-Blocking Performance
Published 2025“…Herein, we reported a facile and green process for fabricating biodegradable and flexible gold ion (Au<sup>3+</sup>)-coordinated cellulose-based light filters with diverse UV- and HEBL-screening capacities via adsorption of Au<sup>3+</sup>. …”
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1737
Colored Gold Ions Enabled High-Transparent and Low-Haze Cellulose Films with Excellent Flame-Retardant and UV to Blue Light-Blocking Performance
Published 2025“…Herein, we reported a facile and green process for fabricating biodegradable and flexible gold ion (Au<sup>3+</sup>)-coordinated cellulose-based light filters with diverse UV- and HEBL-screening capacities via adsorption of Au<sup>3+</sup>. …”
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1738
Colored Gold Ions Enabled High-Transparent and Low-Haze Cellulose Films with Excellent Flame-Retardant and UV to Blue Light-Blocking Performance
Published 2025“…Herein, we reported a facile and green process for fabricating biodegradable and flexible gold ion (Au<sup>3+</sup>)-coordinated cellulose-based light filters with diverse UV- and HEBL-screening capacities via adsorption of Au<sup>3+</sup>. …”
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1739
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1740