Advanced Polymer Characterization: Modular Operations for Spectral Alignment by Iterative Compression (MOSAIC) by Hanlin M. Wang (17675013)

“…We introduce Modular Operations for Spectral Alignment by Iterative Compression (MOSAIC)a general cipher algorithm that applies modular arithmetic to filter monomer-derived mass contributions and cluster MALDI peaks by nonconstitutional repeating units (non-CRUs). …”

Proportion of positive results in each algorithm and latent prevalences by age (a) and comorbidity (b) groups. by Jia Wei (120974)

Trace plots of estimated prevalence, sensitivity, and specificity of each algorithm of Model-3 in the primary analysis. by Jia Wei (120974)

“…<p>Algorithm [<a href="/article/info:doi/10.1371/journal.pdig.0000936#pdig.0000936.ref001" target="_blank">1</a>] is CAP primary diagnostic codes; Algorithm [<a href="/article/info:doi/10.1371/journal.pdig.0000936#pdig.0000936.ref002" target="_blank">2</a>] is CAP antibiotic indication; Algorithm [<a href="/article/info:doi/10.1371/journal.pdig.0000936#pdig.0000936.ref003" target="_blank">3</a>] is chest X-ray report or CT scan report; Algorithm [<a href="/article/info:doi/10.1371/journal.pdig.0000936#pdig.0000936.ref004" target="_blank">4</a>] is shortness of breath and elevated C-reactive protein levels. …”

Expression levels of mRNA in the spinal cord of each group of rats. by Yufeng He (5673119)

The curve of PSO-IFAH algorithm inversion results under the overburden layer model. by Zhengyu Xu (8550660)

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Code and raw data used in this study. by Zhuolin Yang (14658411)

Recommended network representation formats for different types of biological networks. Each biological network type exhibits unique topological characteristics that make certain re... by Giuseppe Agapito (104634)

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Network topologies and suitable representation formats. by Giuseppe Agapito (104634)

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Comparison of seed node selection methods. by Giuseppe Agapito (104634)

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Comparison of network representation formats. by Giuseppe Agapito (104634)

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Overview of the main features of the mentioned software tools. “” represents a feature that has not been possible to evaluate. by Giuseppe Agapito (104634)

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This figure shows a non-exhaustive representation of the main models reported in our discussion, for illustrative purpose only. by Giuseppe Agapito (104634)

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Performance comparison for different algorithms reported in terms of bootstrapped canonical correlation of each component. by Shashwat Kumar (19120858)

A sinogram of the test sample before and after the dejitter algorithm. by Hannes Benecke (17409369)

Simulated data for fast calculation of diffraction patterns from an ensemble of aligned molecules by Yanwei Xiong (21587801)

Simulated data for fast calculation of diffraction patterns from an ensemble of aligned molecules by Yanwei Xiong (21587801)

Observed and predicted frequency of each algorithm combination of community-acquired pneumonia (CAP) in Model-3 in the primary analysis. by Jia Wei (120974)

“…<p>The columns indicate specific combinations, with filled circles denote an algorithm being positive in each combination. Codes: CAP primary diagnostic codes; Indication: CAP antibiotic indication; Radiology: chest X-ray report or CT scan report; Tests: shortness of breath and elevated C-reactive protein levels.…”

The workflow of Algorithm 2 with the example in by Badhan Das (7434362)

Quadratic velocity elements. by Rui Sun (177521)

“…To enhance the precision of the proposed UB finite element method using a reduced element count, this study implements a mesh adaptation algorithm grounded in plastic dissipation. …”

Quadratic velocity elements. by Rui Sun (177521)

“…To enhance the precision of the proposed UB finite element method using a reduced element count, this study implements a mesh adaptation algorithm grounded in plastic dissipation. …”