A multi-scale spatiotemporal neighborhood-based approach for identifying lightning clusters. by Manxing Shi (22367181)

Sample lightning stroke data. by Manxing Shi (22367181)

“…Although density-based clustering algorithms can identify clusters of arbitrary shapes at fine scales, their performance is often hindered by large data volumes and significant variations in lightning density. …”

Similar to Fig 7, but for the year 2014. by Manxing Shi (22367181)

“…Although density-based clustering algorithms can identify clusters of arbitrary shapes at fine scales, their performance is often hindered by large data volumes and significant variations in lightning density. …”

Similar to Fig 7, but for the year 2015. by Manxing Shi (22367181)

“…Although density-based clustering algorithms can identify clusters of arbitrary shapes at fine scales, their performance is often hindered by large data volumes and significant variations in lightning density. …”

Integrating urinary metabolomics and clinical datasets for multi-cancer detection by Dongyong Lee (18786694)

“…</p><p dir="ltr"> - Diagnostic and multi-disease classification models based on SERS spectra.…”

Environment ConFIGuration Information. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

Results of ablation experiment. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

Comparison diagram of mAP50. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

Improved YOLOv8s. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

YOLOv5s. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

Partial Training Images of the Dataset. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

LKA Network Structure. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

Comparison diagram of detection accuracy. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

AKConv module structure. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

Target Sample Statistics of VisDrone2019. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

YOLOv9c. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

Bi-SCDown-FPN Structure Diagram. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

Parameter Settings. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

YOLOv7tiny. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”

LSKA Network Structure. by Xinwei Wang (352488)

“…This study focuses on the limitations of the YOLOv8s target detection algorithm, including its low efficiency in multi-scale feature processing and insufficient small target detection capability, which hinder its ability to perform rapid and accurate large-scale searches for drones. …”