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Esther Denecke

Computation & Reproducibility
Previous Editor
Contributor

PhD Student, Digital and Computational Demography, Max Planck Institute for Demographic Research

PhD Student, University of Rostock

Areas of Interest

Health & Mortality, Demographic Methods, Other

The Download

  • Increasing the Lifespan of Software for Demographic Analysis

    Increasing the Lifespan of Software for Demographic Analysis

    E. Kotov , E. Denecke
    doi: 10.6069/7JXS-6C18
    Many researchers face challenges with computational reproducibility. For instance, running analysis code written just a year earlier can be problematic. Even if it worked flawlessly and gave the expected results earlier, it might fail due to errors now. These issues are typically due to the use of newer versions of analysis software… read more
    4 min April 17, 2024
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The Denominator

  • Expanding the Lifespan of Software for Demographic Analysis with Containers: An Application of Spatial Sampling

    Expanding the Lifespan of Software for Demographic Analysis with Containers: An Application of Spatial Sampling

    E. Kotov , E. Denecke
    doi: 10.6069/WY8K-D973
    Software, such as specific R packages, evolve over time, which may prevent older analysis code from working as expected. For example, default values for arguments in a function can change. Therefore, for computational reproducibility, knowing which specific R and package versions were used to run the analysis is crucial. One popular solution in R… read more
    11 min April 17, 2024
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denecke@demogr.mpg.de

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