Search Results for author: Joshua R. Minot

Found 7 papers, 3 papers with code

The Resume Paradox: Greater Language Differences, Smaller Pay Gaps

no code implementations17 Jul 2023 Joshua R. Minot, Marc Maier, Bradford Demarest, Nicholas Cheney, Christopher M. Danforth, Peter Sheridan Dodds, Morgan R. Frank

This suggests that females' resumes that are semantically similar to males' resumes may have greater wage parity.

Quantifying language changes surrounding mental health on Twitter

no code implementations2 Jun 2021 Anne Marie Stupinski, Thayer Alshaabi, Michael V. Arnold, Jane Lydia Adams, Joshua R. Minot, Matthew Price, Peter Sheridan Dodds, Christopher M. Danforth

Mental health challenges are thought to afflict around 10% of the global population each year, with many going untreated due to stigma and limited access to services.

The incel lexicon: Deciphering the emergent cryptolect of a global misogynistic community

no code implementations25 May 2021 Kelly Gothard, David Rushing Dewhurst, Joshua R. Minot, Jane Lydia Adams, Christopher M. Danforth, Peter Sheridan Dodds

Evolving out of a gender-neutral framing of an involuntary celibate identity, the concept of `incels' has come to refer to an online community of men who bear antipathy towards themselves, women, and society-at-large for their perceived inability to find and maintain sexual relationships.

The shocklet transform: A decomposition method for the identification of local, mechanism-driven dynamics in sociotechnical time series

2 code implementations27 Jun 2019 David Rushing Dewhurst, Thayer Alshaabi, Dilan Kiley, Michael V. Arnold, Joshua R. Minot, Christopher M. Danforth, Peter Sheridan Dodds

We introduce a qualitative, shape-based, timescale-independent time-domain transform used to extract local dynamics from sociotechnical time series---termed the Discrete Shocklet Transform (DST)---and an associated similarity search routine, the Shocklet Transform And Ranking (STAR) algorithm, that indicates time windows during which panels of time series display qualitatively-similar anomalous behavior.

Physics and Society Data Structures and Algorithms Signal Processing Data Analysis, Statistics and Probability

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