Image processing algorithm. by Madison Shoraka (22171205)

“…<p>This Matlab file contains all code used to run the image processing algorithm described in Sect <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1013425#sec004" target="_blank">2.2</a>.…”

Trace of custom image processing algorithm with and without Savitzky-Golay filtering of eye coordinate predictions. by Willem Lee Weertman (22394833)

Mechanical Part Point Cloud Completion Dataset by Yuchao Jiang (21744920)

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Supplementary Material for: MedReadr: Development and evaluation of an in-browser, rules-based natural language processing algorithm to estimate the reliability of consumer health articles by figshare admin karger (2628495)

LENA ASP validation for adult and child segments (Meera et al., 2025) by Shoba S. Meera (20329597)

Subjects: “…automated speech processing algorithm labels…”

Values used to describe the groups of species considered in this study. by Valentine Fleuré (12822137)

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Effect of post-processing threshold and algorithms performance on the communities abundance-structure estimation. by Valentine Fleuré (12822137)

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Effect of video processing rate and algorithms performance on the estimation of species composition of simulated communities. by Valentine Fleuré (12822137)

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

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Effects of processing rate and algorithms performance on estimates of biodiversity. by Valentine Fleuré (12822137)

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Example of the distribution of species abundances within a video. by Valentine Fleuré (12822137)

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Effect of post-processing threshold and algorithms performance on the species composition estimation. by Valentine Fleuré (12822137)

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Effect of video processing rate and algorithms performance on the estimation of the abundance-structure of simulated communities. by Valentine Fleuré (12822137)

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Examples of stack image data processing. by Yoshitaka Kimori (7455122)

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Extraction of mesh structure based on smoothing by the opening operation. by Yoshitaka Kimori (7455122)

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Microstructure enhancement from the mammography image. by Yoshitaka Kimori (7455122)

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Network sizes (nodes and links) and popularity/economic size at 10 and 90th quantiles are used for the X popularity while from d-portal has been inferred the node economic size. The corresponding fitted Exponential coefficient shows that - according to the distribution of the nodes’ sizes - it is the economic size that prevails in comparison with the X popularity in the link formation of the network. The two networks (X popularity and economic size) can have a different level of overlap sitting in the interval 20–40%. To discover common nodes in both networks it is used a natural language processing algorithm that assesses the similarity of node names by computing string distance [21].... by Mauro Gallegati (291126)

“…To discover common nodes in both networks it is used a natural language processing algorithm that assesses the similarity of node names by computing string distance [<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0330538#pone.0330538.ref021" target="_blank">21</a>]. …”

PorosV3 by David Ocampo (9258749)

“…<p dir="ltr">Image-processing algorithm in MATLAB (2013a, The MathWorks, Inc., Natick, Massachusetts, USA) that automatically detects and quantifies pores in SEM images and measures their mean sectional area (i.e., size in μm²). …”

Data for firebrands generated from selected structural fuels: Joint Fire Science Program project (15-1-04-4) by Faraz Hedayati (19658773)

“…Following that, an automated image processing algorithm using MATLAB was developed and employed to measure firebrand projected area. …”

System for evaluation of gait parameters. by Monica Christova (8409480)

“…Each sensor measured three-dimensional linear and rotational acceleration. Using a post-processing algorithm, acceleration data were used to calculate spatiotemporal gait parameters.…”