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848 results for “pyOpenSci”

  1. Propensity Score Matching (PSM): как обойтись без A/B-теста и всё равно узнать правду

    Как определить, влияет ли то или иное событие на ключевые метрики, если полноценный A/B-тест недоступен? В этой статье мы разберём метод Propensity Score Matching (PSM ): узнаем, как компенсировать отсутствие рандомизации, выровнять группы по ключевым признакам и избежать ложных выводов при оценке эффекта.

    habr.com/ru/articles/887276/

    #psm #abtest #mashinelearning #mashine_learning #propensity_score_matching #statistics #машинное_обучение #абтесты #статистика #product

  2. Propensity Score Matching (PSM): как обойтись без A/B-теста и всё равно узнать правду

    Как определить, влияет ли то или иное событие на ключевые метрики, если полноценный A/B-тест недоступен? В этой статье мы разберём метод Propensity Score Matching (PSM ): узнаем, как компенсировать отсутствие рандомизации, выровнять группы по ключевым признакам и избежать ложных выводов при оценке эффекта.

    habr.com/ru/articles/887276/

    #psm #abtest #mashinelearning #mashine_learning #propensity_score_matching #statistics #машинное_обучение #абтесты #статистика #product

  3. Propensity Score Matching (PSM): как обойтись без A/B-теста и всё равно узнать правду

    Как определить, влияет ли то или иное событие на ключевые метрики, если полноценный A/B-тест недоступен? В этой статье мы разберём метод Propensity Score Matching (PSM ): узнаем, как компенсировать отсутствие рандомизации, выровнять группы по ключевым признакам и избежать ложных выводов при оценке эффекта.

    habr.com/ru/articles/887276/

    #psm #abtest #mashinelearning #mashine_learning #propensity_score_matching #statistics #машинное_обучение #абтесты #статистика #product

  4. Propensity Score Matching (PSM): как обойтись без A/B-теста и всё равно узнать правду

    Как определить, влияет ли то или иное событие на ключевые метрики, если полноценный A/B-тест недоступен? В этой статье мы разберём метод Propensity Score Matching (PSM ): узнаем, как компенсировать отсутствие рандомизации, выровнять группы по ключевым признакам и избежать ложных выводов при оценке эффекта.

    habr.com/ru/articles/887276/

    #psm #abtest #mashinelearning #mashine_learning #propensity_score_matching #statistics #машинное_обучение #абтесты #статистика #product

  5. The propensity of a large number of magick practitioners/publishers/teachers to conspiracy theories, bad bio-medical takes and ill politics really puts me off the broader art - a lot. I still use it in my own way, but we’re going to miss the rigour of the likes of Peter J. Carroll #magick #conspiracytheories #PeterJCarroll #occult

  6. CW: Gangbang, Cuck, Caption

    Teamwork Propension and a Hot Girlfriend are the best Assets 🐢

    Long (4 Min) version Available 🐢

    @cuckoldcaptions
    @gangbang
    @cuckold

    #MilaPie #Gangbang #Tricked #Cuck #Rough #Stoned #Horny #Unwanted #Jelous #Team

  7. CW: Gangbang, Cuck, Caption

    Teamwork Propension and a Hot Girlfriend are the best Assets 🐢

    Long (4 Min) version Available 🐢

    @cuckoldcaptions
    @gangbang
    @cuckold

    #MilaPie #Gangbang #Tricked #Cuck #Rough #Stoned #Horny #Unwanted #Jelous #Team

  8. CW: Gangbang, Cuck, Caption

    Teamwork Propension and a Hot Girlfriend are the best Assets 🐢

    Long (4 Min) version Available 🐢

    @cuckoldcaptions
    @gangbang
    @cuckold

    #MilaPie #Gangbang #Tricked #Cuck #Rough #Stoned #Horny #Unwanted #Jelous #Team

  9. CW: Gangbang, Cuck, Caption

    Teamwork Propension and a Hot Girlfriend are the best Assets 🐢

    Long (4 Min) version Available 🐢

    @cuckoldcaptions
    @gangbang
    @cuckold

    #MilaPie #Gangbang #Tricked #Cuck #Rough #Stoned #Horny #Unwanted #Jelous #Team

  10. The propensity of academics to fight #strawmen is too damn high.

  11. The propensity of academics to fight #strawmen is too damn high.

  12. The propensity of academics to fight #strawmen is too damn high.

  13. Gemini’s propensity for self-loathing

    Saving these here so I can include them in future slide decks:

    #gemini #machineSociology #modelPsychology #modelWelfare
  14. Gemini’s propensity for self-loathing

    Saving these here so I can include them in future slide decks:

    #gemini #machineSociology #modelPsychology #modelWelfare
  15. Gemini’s propensity for self-loathing

    Saving these here so I can include them in future slide decks:

    #gemini #machineSociology #modelPsychology #modelWelfare
  16. Gemini’s propensity for self-loathing

    Saving these here so I can include them in future slide decks:

    #gemini #machineSociology #modelPsychology #modelWelfare
  17. A new #study using #PropensityBench, a benchmark for measuring #AIagents’ propensity to use #harmfultools, found that #realisticpressures like #deadlines and #financiallosses significantly increase #misbehaviour rates. The study tested a dozen models from various companies across nearly 6,000 scenarios, revealing that even under zero pressure, the average failure rate was 19%. spectrum.ieee.org/ai-agents-sa #tech #media #news

  18. A new #study using #PropensityBench, a benchmark for measuring #AIagents’ propensity to use #harmfultools, found that #realisticpressures like #deadlines and #financiallosses significantly increase #misbehaviour rates. The study tested a dozen models from various companies across nearly 6,000 scenarios, revealing that even under zero pressure, the average failure rate was 19%. spectrum.ieee.org/ai-agents-sa #tech #media #news

  19. A new #study using #PropensityBench, a benchmark for measuring #AIagents’ propensity to use #harmfultools, found that #realisticpressures like #deadlines and #financiallosses significantly increase #misbehaviour rates. The study tested a dozen models from various companies across nearly 6,000 scenarios, revealing that even under zero pressure, the average failure rate was 19%. spectrum.ieee.org/ai-agents-sa #tech #media #news

  20. A new #study using #PropensityBench, a benchmark for measuring #AIagents’ propensity to use #harmfultools, found that #realisticpressures like #deadlines and #financiallosses significantly increase #misbehaviour rates. The study tested a dozen models from various companies across nearly 6,000 scenarios, revealing that even under zero pressure, the average failure rate was 19%. spectrum.ieee.org/ai-agents-sa #tech #media #news

  21. A new #study using #PropensityBench, a benchmark for measuring #AIagents’ propensity to use #harmfultools, found that #realisticpressures like #deadlines and #financiallosses significantly increase #misbehaviour rates. The study tested a dozen models from various companies across nearly 6,000 scenarios, revealing that even under zero pressure, the average failure rate was 19%. spectrum.ieee.org/ai-agents-sa #tech #media #news

  22. Julie introduces Inverse Propensity-of-Censoring Weighting (IPCW), which consists in re-weighting non-censored individuals with a weight that is inversely proportional to the probability of being censored.

    This leads her to introduce two classical metrics of evaluation of the quality of the prediction of survival: the Briar score (equivalent to the MSE) and the C-index (equivalent to the ROC-AUC score).

    #ParisWiMLDS

  23. Julie introduces Inverse Propensity-of-Censoring Weighting (IPCW), which consists in re-weighting non-censored individuals with a weight that is inversely proportional to the probability of being censored.

    This leads her to introduce two classical metrics of evaluation of the quality of the prediction of survival: the Briar score (equivalent to the MSE) and the C-index (equivalent to the ROC-AUC score).

    #ParisWiMLDS

  24. Julie introduces Inverse Propensity-of-Censoring Weighting (IPCW), which consists in re-weighting non-censored individuals with a weight that is inversely proportional to the probability of being censored.

    This leads her to introduce two classical metrics of evaluation of the quality of the prediction of survival: the Briar score (equivalent to the MSE) and the C-index (equivalent to the ROC-AUC score).

    #ParisWiMLDS

  25. Julie introduces Inverse Propensity-of-Censoring Weighting (IPCW), which consists in re-weighting non-censored individuals with a weight that is inversely proportional to the probability of being censored.

    This leads her to introduce two classical metrics of evaluation of the quality of the prediction of survival: the Briar score (equivalent to the MSE) and the C-index (equivalent to the ROC-AUC score).

    #ParisWiMLDS

  26. Julie introduces Inverse Propensity-of-Censoring Weighting (IPCW), which consists in re-weighting non-censored individuals with a weight that is inversely proportional to the probability of being censored.

    This leads her to introduce two classical metrics of evaluation of the quality of the prediction of survival: the Briar score (equivalent to the MSE) and the C-index (equivalent to the ROC-AUC score).

    #ParisWiMLDS