The structure of a cantilever beam. by Junhao Wei (6816803)

“…<div><p>Whale Optimization Algorithm (WOA) is a biologically inspired metaheuristic algorithm with a simple structure and ease of implementation. …”

Significant gene set results from EGSEA. by Katherine M. Peterson (19746455)

Main Figure 2: Characteristics of the gene groups selected by the HN-score by Sora Yonezawa (14618045)

“…</p><p dir="ltr">(B–E) Semantic similarity heatmaps of enriched GO terms clustered by the <i>binary cut</i> algorithm (“binary_cut”) implemented in SimplifyEnrichment. …”

Noninvasive identification of metabolic dysfunction–associated steatohepatitis (INFORM MASH): a retrospective cohort and disease modeling study by G. Craig Wood (7522025)

Clustering analysis of all RNA-seq samples. by Jessica Trombley (21030070)

Detailed sequences of primers for PCR. by Jiangli Zhao (2308330)

“…Our findings also suggested that active m7G levels could promote oxidative phosphorylation in the neurons of epilepsy patients and decrease neuronal necroptosis activity. Machine learning algorithms were used to identify key m7G regulators (EIF4E3, NUDT3, SNUPN, LSM1, and METTL1), and a nomogram model was constructed based on these findings. …”

WGCNA analysis. by Qingqing Xue (5152622)

Optimizing agarase production from <i>Microbulbifer</i> sp. using response surface methodology and machine learning models by Lubhan Cherwoo (21811529)

“…The study also explores various machine learning algorithms where radial basis function neural network performed best with R-squared values of 0.989 and low mean squared error of 0.44, indicating the reliability and robustness of predicting agarase activity with high accuracy and generalization. …”

Structure of the style prediction network. by Bei Huang (485021)

Effect of post-processing model outputs on biodiversity estimates. by Valentine Fleuré (12822137)

Can Coarse-Grained Molecular Dynamics Simulations Predict Pharmaceutical Crystal Growth? by Linghao Shi (20890113)

“…This is followed by applying Particle Swarm Optimization (PSO), a global optimum searching algorithm, to the CG Lennard-Jones intermolecular potentials to fit the radial distribution functions of both the crystalline and melt structures. …”

Recursive-Expansive Dynamics Frameworks Formalization with Negation Isolation and Inverse Zero Operators by Del Bel, Julian (21403013)

S1 File - by Yue Yuan (113839)

“…<div><p>Hand motion intention recognition has been considered as one of the crucial research fields for prosthetic control and rehabilitation medicine. …”

Energy management hierarchical system. by Obaid Aldosari (19797428)

“…Analyzing three case studies depending on the objective function—Case 1: execute EM to minimize total operation cost and maximize the profits of BSS, Case 2: execute EM to minimize total emission from the μG, and Case 3: execute EM to minimize total operation cost, maximize the profits of BSS, and minimize total emissions from the μG. …”

Energy management scheme’s structure. by Obaid Aldosari (19797428)

“…Analyzing three case studies depending on the objective function—Case 1: execute EM to minimize total operation cost and maximize the profits of BSS, Case 2: execute EM to minimize total emission from the μG, and Case 3: execute EM to minimize total operation cost, maximize the profits of BSS, and minimize total emissions from the μG. …”

Hourly μG load, EVs load, and total load. by Obaid Aldosari (19797428)

“…Analyzing three case studies depending on the objective function—Case 1: execute EM to minimize total operation cost and maximize the profits of BSS, Case 2: execute EM to minimize total emission from the μG, and Case 3: execute EM to minimize total operation cost, maximize the profits of BSS, and minimize total emissions from the μG. …”

Configuration of PEMFC. by Obaid Aldosari (19797428)

“…Analyzing three case studies depending on the objective function—Case 1: execute EM to minimize total operation cost and maximize the profits of BSS, Case 2: execute EM to minimize total emission from the μG, and Case 3: execute EM to minimize total operation cost, maximize the profits of BSS, and minimize total emissions from the μG. …”

EM of the μG with BSS in Case 2. by Obaid Aldosari (19797428)

“…Analyzing three case studies depending on the objective function—Case 1: execute EM to minimize total operation cost and maximize the profits of BSS, Case 2: execute EM to minimize total emission from the μG, and Case 3: execute EM to minimize total operation cost, maximize the profits of BSS, and minimize total emissions from the μG. …”

Microgrid configuration. by Obaid Aldosari (19797428)

“…Analyzing three case studies depending on the objective function—Case 1: execute EM to minimize total operation cost and maximize the profits of BSS, Case 2: execute EM to minimize total emission from the μG, and Case 3: execute EM to minimize total operation cost, maximize the profits of BSS, and minimize total emissions from the μG. …”

Flowchart of KHO. by Obaid Aldosari (19797428)

“…Analyzing three case studies depending on the objective function—Case 1: execute EM to minimize total operation cost and maximize the profits of BSS, Case 2: execute EM to minimize total emission from the μG, and Case 3: execute EM to minimize total operation cost, maximize the profits of BSS, and minimize total emissions from the μG. …”