Estimated CDFs for the recovered cases data. by Amani S. Alghamdi (20500935)

“…The motivation behind this study is the need for a more flexible distribution that can capture various hazard rate shapes (e.g., increasing, decreasing, bathtub) and provide better fitting performance compared to existing models such as the Chen and exponentiated Chen distributions. …”

S2 Data - by Amani S. Alghamdi (20500935)

“…The motivation behind this study is the need for a more flexible distribution that can capture various hazard rate shapes (e.g., increasing, decreasing, bathtub) and provide better fitting performance compared to existing models such as the Chen and exponentiated Chen distributions. …”

The infected data of Saudi Arabia for 65 days. by Amani S. Alghamdi (20500935)

“…The motivation behind this study is the need for a more flexible distribution that can capture various hazard rate shapes (e.g., increasing, decreasing, bathtub) and provide better fitting performance compared to existing models such as the Chen and exponentiated Chen distributions. …”

The recovered data of Saudi Arabia for 65 days. by Amani S. Alghamdi (20500935)

“…The motivation behind this study is the need for a more flexible distribution that can capture various hazard rate shapes (e.g., increasing, decreasing, bathtub) and provide better fitting performance compared to existing models such as the Chen and exponentiated Chen distributions. …”

Subphenotype model flowchart. by Vitaly Lorman (16814000)

“…In this exploratory analysis, we identified a cohort of pediatric (age <21) patients with evidence of Long COVID and no pre-existing complex chronic conditions using electronic health record data from 38 institutions and used an unsupervised machine learning-based approach to identify subphenotypes. …”

Characteristics of Study Sample. by Vitaly Lorman (16814000)

“…In this exploratory analysis, we identified a cohort of pediatric (age <21) patients with evidence of Long COVID and no pre-existing complex chronic conditions using electronic health record data from 38 institutions and used an unsupervised machine learning-based approach to identify subphenotypes. …”

Enrollment flow-chart. by Marco Carbonara (11483575)

Dynamic Analysis of Membrane Emulsification: An In Situ Observation and Calculation with Deep Learning Model by Ke Zhou (131917)

“…The trained model achieved a precision of 0.945, a recall of 0.998, and a mAP@0.5 of 0.989, enabling fully automated extraction of microdroplet size and size distribution. Using this device, we demonstrated that decreasing the pore size or increasing the dispersed phase flow rate induces droplet formation transition from dripping to jetting, with the Weber number (<i>We</i>_d) quantifying this critical condition (<i>We</i>_d = 16 ± 12%). …”

Quantitative ablation study on VAE channel width and multi-level embeddings. by Mujung Kim (22367223)

Dataset. by Hao Wang (39217)

“…<div><p>Corporate social responsibility (CSR) has been widely discussed. However, the existing literature does not delve into the theoretical mechanism to show how companies adjust their CSR in the face of minimum wage increases. …”

Moderating effect of CSR-sensitivity (RCSR). by Hao Wang (39217)

“…<div><p>Corporate social responsibility (CSR) has been widely discussed. However, the existing literature does not delve into the theoretical mechanism to show how companies adjust their CSR in the face of minimum wage increases. …”

Moderating effect of CSR-sensitivity (SCSR). by Hao Wang (39217)

“…<div><p>Corporate social responsibility (CSR) has been widely discussed. However, the existing literature does not delve into the theoretical mechanism to show how companies adjust their CSR in the face of minimum wage increases. …”

Main results and moderating effects. by Hao Wang (39217)

“…<div><p>Corporate social responsibility (CSR) has been widely discussed. However, the existing literature does not delve into the theoretical mechanism to show how companies adjust their CSR in the face of minimum wage increases. …”

Variable definitions. by Hao Wang (39217)

“…<div><p>Corporate social responsibility (CSR) has been widely discussed. However, the existing literature does not delve into the theoretical mechanism to show how companies adjust their CSR in the face of minimum wage increases. …”

Descriptive statistics and correlation analysis. by Hao Wang (39217)

“…<div><p>Corporate social responsibility (CSR) has been widely discussed. However, the existing literature does not delve into the theoretical mechanism to show how companies adjust their CSR in the face of minimum wage increases. …”

This study and possible future studies. by Hao Wang (39217)

“…<div><p>Corporate social responsibility (CSR) has been widely discussed. However, the existing literature does not delve into the theoretical mechanism to show how companies adjust their CSR in the face of minimum wage increases. …”

Main results for different types of CSR. by Hao Wang (39217)

“…<div><p>Corporate social responsibility (CSR) has been widely discussed. However, the existing literature does not delve into the theoretical mechanism to show how companies adjust their CSR in the face of minimum wage increases. …”

Ecosim flow diagram for Scenario 4. by Elizabeth R. Gillie (7357796)

“…These scenarios include changing biomass of primary producers, changing biomass and size structure of copepods, shifting abundances of forage fish species, and the establishment of killer whales. We find that the biomass of higher trophic levels show pronounced decreases in response to the decrease in pelagic primary producers, with polar bear biomass halving compared to present conditions. …”

Ecosim flow diagram for Scenario 3. by Elizabeth R. Gillie (7357796)

“…These scenarios include changing biomass of primary producers, changing biomass and size structure of copepods, shifting abundances of forage fish species, and the establishment of killer whales. We find that the biomass of higher trophic levels show pronounced decreases in response to the decrease in pelagic primary producers, with polar bear biomass halving compared to present conditions. …”

Ecosim flow diagram for Scenario 2.2. by Elizabeth R. Gillie (7357796)

“…These scenarios include changing biomass of primary producers, changing biomass and size structure of copepods, shifting abundances of forage fish species, and the establishment of killer whales. We find that the biomass of higher trophic levels show pronounced decreases in response to the decrease in pelagic primary producers, with polar bear biomass halving compared to present conditions. …”