The confusion matrix of our model in the hazed COCO2017 dataset. by Yang Zhang (30734)

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The efficient multi-scale attention. by Yang Zhang (30734)

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The improved network diagram of YOLOv9s. by Yang Zhang (30734)

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Structure diagram of the CGLU module. by Qian Shen (89639)

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SPPF-LSKA module structure. by Qian Shen (89639)

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The improved CSW-YOLO model framework. by Qian Shen (89639)

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Thermodynamic diagram visualization results after adding the LSKA attention mechanism. by Qian Shen (89639)

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Visualization result of yolov8 heatmap. by Qian Shen (89639)

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Traffic sign detection results of TT100K. by Qian Shen (89639)

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Block diagram of PConv and FasterNetBlock modules. by Qian Shen (89639)

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The detection accuracy of each ablation experiment. by Qian Shen (89639)

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Traffic sign detection results of CCTSDB 2021. by Qian Shen (89639)

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Periodic Table’s Properties Using Unsupervised Chemometric Methods: Undergraduate Analytical Chemistry Laboratory Exercise by Adrian Gabriel Pereira de Quental (20382423)

“…Chemometric techniques such as hierarchical clustering analysis (HCA), k-means, and principal component analysis (PCA) were applied to a multivariate data set of chemical properties of the elements (atomic radius, electronegativity, ionization energy, electronic affinity, thermal conductivity, density, entropy, and specific heat). …”

Periodic Table’s Properties Using Unsupervised Chemometric Methods: Undergraduate Analytical Chemistry Laboratory Exercise by Adrian Gabriel Pereira de Quental (20382423)

“…Chemometric techniques such as hierarchical clustering analysis (HCA), k-means, and principal component analysis (PCA) were applied to a multivariate data set of chemical properties of the elements (atomic radius, electronegativity, ionization energy, electronic affinity, thermal conductivity, density, entropy, and specific heat). …”

The FEM mesh model for the three-layer case, where 7919 degrees of freedom are used. by Xiaogang Li (299205)

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The RMT diagram for an acoustic coating with three-layer periodic inclusions, in which the start (10 Hz, blue dots) and cut-off (10000 Hz, black asterisks) frequencies of sound abs... by Xiaogang Li (299205)

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The influence of different materials of scatterers on the sound absorption. by Xiaogang Li (299205)

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Data for Figs 3–9. by Xiaogang Li (299205)

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The solid material attributes. by Xiaogang Li (299205)

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Sound absorption spectrum calculated by TMM (dots) and FEM (solid lines). by Xiaogang Li (299205)

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