HarDNet block overview. by Yuanpei Zhu (13281914)

Subjects:

Receptive field block overview. by Yuanpei Zhu (13281914)

Subjects:

Block diagram of the experimental setup. by Alexander V. Spirov (11302085)

Subjects:

Architecture of Swin Transformer Block. by Wen-Qing Huang (5258126)

Subjects:

CRISPRi knockdown of RgaR-dependent genes specifically and significantly decreases their transcript levels. by Adrianne N. Edwards (5646344)

RaceFit, a block diagram of the binary classification-based recommendation framework. by Maor Sagi (18098327)

Mean volume and mean apical surface of chick neuroepithelial cells decreases between 2 and 3 days of development. by Marina A. Ferreira (8174169)

Univariate LISA significance map for children underweight, block-wise, CCM-II, 2014–15, Odisha, India. by Apoorva Nambiar (12858931)

Identifying Significant Metabolic Pathways Using Multi-Block Partial Least-Squares Analysis by Lingli Deng (742672)

“…The detected metabolites are first assigned to pathway blocks based on their roles in metabolism as defined by the KEGG pathway database. …”

The mean and standard deviation of parameters. by Sadaf Sepasgozar Sarkhosh (20436143)

General block diagram illustrating the adaptive ILC-based feedforward controller. by Saleem Riaz (14445573)

The Structure of DFA Blocks. by Junxiang Wei (22806544)

“…<div><p>Long-term time series forecasting is critical for domains such as traffic and energy systems, yet contemporary models often fail to capture complex multiscale patterns and nonlinear dynamics, resulting in significant inaccuracies during periods of abrupt change. …”

Means, standard deviations and intercorrelations. by Cheri Ostroff (13868468)

Image_1_Decrease in Serum Urate Level Is Associated With Loss of Visceral Fat in Male Gout Patients.tif by Zijing Ran (11429935)

“…By multiple regression model, ΔSU was identified to be a significant determinant variable of decrease in VFA (beta, 0.302; p = 0.001).…”

The structure of TCN residual block. by Jinliang Yao (17138102)

Structural representation of ST blocks. by Ebru Ergün (21395498)

Video_3_Anxiety Behavior in Pigs (Sus scrofa) Decreases Through Affiliation and May Anticipate Threat.AVI by Ivan Norscia (240423)

“…From 224 videos recorded on adult individuals (Mean ± SD/subject: 4.84 ± 1.85 h) at the “Ethical Farm Parva Domus” (Turin, Italy), we extracted possible displacement activities (vacuum-chewing, scratching/body-rubbing, head/body-shaking, and yawning) in four 3-min conditions: before (BA) and after aggression events, in the absence (AA) or presence (AP) of post-aggression affiliation, and a matched-control (no event; MC). …”

Table_1_Anxiety Behavior in Pigs (Sus scrofa) Decreases Through Affiliation and May Anticipate Threat.DOCX by Ivan Norscia (240423)

“…From 224 videos recorded on adult individuals (Mean ± SD/subject: 4.84 ± 1.85 h) at the “Ethical Farm Parva Domus” (Turin, Italy), we extracted possible displacement activities (vacuum-chewing, scratching/body-rubbing, head/body-shaking, and yawning) in four 3-min conditions: before (BA) and after aggression events, in the absence (AA) or presence (AP) of post-aggression affiliation, and a matched-control (no event; MC). …”

Video_2_Anxiety Behavior in Pigs (Sus scrofa) Decreases Through Affiliation and May Anticipate Threat.AVI by Ivan Norscia (240423)

“…From 224 videos recorded on adult individuals (Mean ± SD/subject: 4.84 ± 1.85 h) at the “Ethical Farm Parva Domus” (Turin, Italy), we extracted possible displacement activities (vacuum-chewing, scratching/body-rubbing, head/body-shaking, and yawning) in four 3-min conditions: before (BA) and after aggression events, in the absence (AA) or presence (AP) of post-aggression affiliation, and a matched-control (no event; MC). …”

Video_1_Anxiety Behavior in Pigs (Sus scrofa) Decreases Through Affiliation and May Anticipate Threat.AVI by Ivan Norscia (240423)

“…From 224 videos recorded on adult individuals (Mean ± SD/subject: 4.84 ± 1.85 h) at the “Ethical Farm Parva Domus” (Turin, Italy), we extracted possible displacement activities (vacuum-chewing, scratching/body-rubbing, head/body-shaking, and yawning) in four 3-min conditions: before (BA) and after aggression events, in the absence (AA) or presence (AP) of post-aggression affiliation, and a matched-control (no event; MC). …”