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moocrr-reproducibility-study
Commit cfb1b0f5 authored by Arnaud Legrand's avatar Arnaud Legrand
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...@@ -15,13 +15,16 @@ was $G^{2}=18.086$ with 21 degrees of freedom. Our goal is to reproduce ...@@ -15,13 +15,16 @@ was $G^{2}=18.086$ with 21 degrees of freedom. Our goal is to reproduce
the computation behind these values and the Figure 4 of this article, the computation behind these values and the Figure 4 of this article,
possibly in a nicer looking way. possibly in a nicer looking way.
#+BEGIN_CENTER
*[[file:challenger.pdf][Here is our successful replication of Dalal et al. results using R]]*. *[[file:challenger.pdf][Here is our successful replication of Dalal et al. results using R]]*.
#+END_CENTER
In case it helps, we provide you with two implementations of this case 1. Try to *replicate the computation* from Dalal et al. In case it
study but we encourage you to *reimplement them by yourself* using both helps, we provide you with two implementations of this case study
your favourite language and an other language you do not know yet. but we encourage you to *reimplement them by yourself* using both
- A [[file:src/Python3/challenger.ipynb][Jupyter Python3 notebook]] your favourite language and an other language you do not know yet.
- An [[file:src/R/challenger.Rmd][Rmarkdown document]] - A [[file:src/Python3/challenger.ipynb][Jupyter Python3 notebook]]
- An [[file:src/R/challenger.Rmd][Rmarkdown document]]
2. Then _update the [[file:results.org][meta-study result table available here]] with your
own results_.
Then *update the [[file:results.org][meta-study result table available here]] with your own
results*.
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