Skip to content
View JanaJarecki's full-sized avatar

Block or report JanaJarecki

Block user

Prevent this user from interacting with your repositories and sending you notifications. Learn more about blocking users.

You must be logged in to block users.

Please don't include any personal information such as legal names or email addresses. Maximum 100 characters, markdown supported. This note will be visible to only you.
Report abuse

Contact GitHub support about this user’s behavior. Learn more about reporting abuse.

Report abuse
JanaJarecki/README.md

Science from data. Not any data, but complex data about human cognition and behavior. 10+ years of statistical coding, ML model development, and empirical study design; diverse data like sensor data, simulations, experiments, observational registry data (RWD), electronic records (EHR), digital application usability studies (UX), discrete choice data, A/B-tests, and web-scraped data. Advanced statistics, machine learning, and AI to forecast human-centered outcomes and behaviors like learning, preference, risky choice, medical choice, perceptions, and health application usage. As such, I am passionate about data.

My work

  • 20+ peer-reviewed publications, the majority first-authored, many a team effort with great collaborators
  • 10+ open-source data sets including machine-readable meta-data and semi-automated data documentation
  • 3 statistical software libraries, including machine-learning and automated reporting (R statistics)
  • 1 platform for psychometric cognitive testing (Python to interface with Otree)

The languages I use most for

Top Langs Top Langs

Pinned Loading

  1. Cognitivemodels Cognitivemodels Public

    An R software package to write, train, tune, test, and compare machine-learning models of cognition

    R 26 4

  2. Psychometric-testing-platform-human-cognition-probabilistic-decisions Psychometric-testing-platform-human-cognition-probabilistic-decisions Public

    Production code for adaptive behavioral choice studies on human cognition in probabilistic situations (aka decisions under risk).

    Python

  3. Risk-preferences-and-risk-perception-affect-the-acceptance-of-digital-contact-tracing Risk-preferences-and-risk-perception-affect-the-acceptance-of-digital-contact-tracing Public

    A Bayesian feature-selection model identifying barriers to digital health device adoption during Covid-19. Proposal for strategies to increase uptake

    R

  4. The-influence-of-sample-size-on-preferences-from-experience The-influence-of-sample-size-on-preferences-from-experience Public

    A comparison between Bayesian and heuristic machine-learning models that learn probability information from experience under uncertainty.

    PostScript

  5. A-framework-for-building-cognitive-process-models A-framework-for-building-cognitive-process-models Public

    A conceptual framework for developing formal models of cognitive processes and a systematic review of 116 cognitive models

    R

  6. Naive-and-robust-class-conditional-independence-in-human-classification-learning Naive-and-robust-class-conditional-independence-in-human-classification-learning Public

    A new Bayesian model, DISC-LM, that adapts the naive Bayes assumption of class-conditional feature independence to efficiently learn new categories

    R