Lakens D & DeBruine LM (preprint). Improving Transparency, Falsifiability, and Rigour by Making Hypothesis Tests Machine Readable. PsyArXiv . doi: 10.31234/osf.io/5xcda [preprint] [data]

Making scientific information machine-readable greatly facilitates its re-use. Many scientific articles have the goal to test a hypothesis, and making the tests of statistical predictions easier to find and access could be very beneficial. We propose an approach that can be used to make hypothesis tests machine readable. We believe there are two benefits to specifying a hypothesis test in a way that a computer can evaluate whether the statistical prediction is corroborated or not. First, hypothesis test will become more transparent, falsifiable, and rigorous. Second, scientists will benefit if information related to hypothesis tests in scientific articles is easily findable and re-usable, for example when performing meta-analyses, during peer review, and when examining meta-scientific research questions. We examine what a machine readable hypothesis test should looks like, and demonstrate the feasibility of machine readable hypothesis tests in a real-life example.

Disclaimer: The information found and the views expressed in these homepages are not the responsibility of the University of Glasgow nor do they reflect institutional policy.