Attention-weight analysis. by Hiroyuki Kurata (35718)

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The direction of attention recursion. by Wang Linfeng (17102068)

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Self-attention module. by Huiqing Wang (1370457)

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Government attention analysis flowchart. by Jian Jin (351142)

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Significant difference in staff change readiness over time. by Chiara Pomare (7868000)

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ACT and ISO decrease pathological changes in LPS-induced AKI mice. by Jing Lian (1671991)

Architecture for vehicle type classification based on deep wavelet attention network. by Rui Liu (54031)

Exercise is associated with a decrease in BMI. by Stephanie Y. Yang (8384520)

Increased and decreased proteins. by Diego Iacono (10785756)

Significantly changed USS in the <i>sf3b1</i> mutants. by Bei Zhang (428038)

Significantly changed AS events in the <i>sf3b1</i> mutants. by Bei Zhang (428038)

After moderate and severe TBI, PWI revealed CBF was significantly decreased in the ipsilateral cortex and hippocampus at several time points relative to sham animals. by Juliana Sanchez-Molano (16792787)

Attention module network. by Shuangyan Li (502833)

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Visualization of the multidimensional matrix of MEDCNN inputs and the attention graph of multidimensional features extracted before and after applying the attention module. by Wenxing Hu (16892182)

Attention heatmaps for selected cases. by Yaxun Jia (12000572)

Average annual change, 95% confidence interval and significance for sum concentrations of different compound groups. by Matti Viluksela (321291)

Normalization-based 3D attention module. by Ke Pan (200562)

“…The feature maps encoded by the OSPP module can generate dense point clouds without consuming significant memory. Furthermore, to alleviate the issue of feature mismatch in cost volume regularization, we propose a normalization-based 3D attention module. …”

Efficient Channel Attention (ECA) module. by Changyu Jin (5746523)

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Transcriptional and translational markers of syncytialization and biochemical differentiation are significantly decreased by rotenone. by O’Llenecia S. Walker (8486163)

<i>PAB1</i> gene deletion significantly decrease mRNA and protein levels of many translation- and RNA binding-related genes. by Kotchaphorn Mangkalaphiban (9767180)