Faster-RCNN. by Junyan Wang (4738518)

“…However, small object detection faces numerous challenges, such as significant difficulty, substantial interference from complex backgrounds, and inconsistent annotation quality. …”

PDLD mice run significantly longer, farther, and faster than controls. by Scott Birks (20297863)

“…<p><b>A)</b> Exercise regimen timeline schematic <b>B)</b> Body mass steadily increased throughout exercise intervention with no significant difference between groups. …”

The structure of FasterNext. by Junjie Lu (160350)

“…To address this issue, this paper proposes FCMI-YOLO, a real-time fire detection algorithm optimized for edge devices. Firstly, the FasterNext module is proposed to reduce computational cost and enhance detection precision through lightweight design. …”

N-acetilcysteine prevents the <i>A</i>. <i>simplex</i> CE-induced TEER decrease. by Noelia Carballeda-Sangiao (2889611)

List of the hub-genes whose degree decreased from IL and PL to LHB. by Souvik Seal (12437166)

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Parameters of the FasterNext and C3. by Junjie Lu (160350)

“…To address this issue, this paper proposes FCMI-YOLO, a real-time fire detection algorithm optimized for edge devices. Firstly, the FasterNext module is proposed to reduce computational cost and enhance detection precision through lightweight design. …”

The network structure of FasterNet--YOLO. by Shiwei Yu (6060308)

“…The results indicated that when comparing FasterNet-YOLO with the original model, the parameters were reduced by 49.4%, GFLOPs were reduced by 57.0%, mAP increased by 6.2%, and FPS increased by 54.1%. …”

JNJ26993135 + BML-111 decreases permeability and enhances ZO-1 and claudin-1 induced by PAF but does not change TEER. by Kameljit K. Kalsi (16496511)

Transepithelial electrical resistance (TEER) (N = 6). by Shirko Marcel Shokr (19173337)

“…<p><b>(A)</b> During the cultivation of SMC and ALI we observed significantly differences on day 18 (SMC: 9.61 kΩ*cm²; ALI: 7.73 kΩ*cm²; p<0.05) and day 25 (SMC: 8.19 kΩ*cm²; ALI: 6.44 kΩ*cm²; p<0.05) ALI cultures showed significantly decreased values compared to SMC. …”

Comparison of detection results of different methods in FasterNext. by Junjie Lu (160350)

The backbone network improvements based on the FasterNet network. by Shiwei Yu (6060308)

(a) YOLOv5s; (b) FasterNet-YOLO. by Shiwei Yu (6060308)

“…The results indicated that when comparing FasterNet-YOLO with the original model, the parameters were reduced by 49.4%, GFLOPs were reduced by 57.0%, mAP increased by 6.2%, and FPS increased by 54.1%. …”

Performance comparison of YOLOv5s with FasterNext module replacement. by Junjie Lu (160350)

The effect of FasterNet—YOLO on 6 types of defects detection. by Shiwei Yu (6060308)

Transepithelial resistance of NHBE decreases significantly after PAA exposure. by Ellie S. Burns (21246537)

BA attenuated the decrease in the expression of ZO-1 and Occludin induced by LPS in Caco2 cells. by Luqiong Liu (11537092)

Why Bubbles Coalesce Faster than Droplets: The Effects of Interface Mobility and Surface Charge by Ivan U. Vakarelski (1810126)

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Why Bubbles Coalesce Faster than Droplets: The Effects of Interface Mobility and Surface Charge by Ivan U. Vakarelski (1810126)

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Why Bubbles Coalesce Faster than Droplets: The Effects of Interface Mobility and Surface Charge by Ivan U. Vakarelski (1810126)

Subjects:

Why Bubbles Coalesce Faster than Droplets: The Effects of Interface Mobility and Surface Charge by Ivan U. Vakarelski (1810126)

Subjects: