High resolution mass spectrometry yields often large data sets of 
    spectra from compounds which are not present in available libraries. These 
    spectra need to be annotated and interpreted.
    'InterpretMSSpectrum' provides a set of functions to perform such tasks for 
    Electrospray-Ionization and Atmospheric-Pressure-Chemical-Ionization derived 
    data in positive and negative ionization mode.

Compute permutation- based performance measures and create partial
    dependence plots for (cross-validated) 'randomForest' and 'ada' models.

Provides access to low-level operating system mechanisms for
    performing atomic operations on shared data structures. Mutexes provide
    shared and exclusive locks. Semaphores act as counters. Message queues
    move text strings from one process to another. All these interprocess
    communication (IPC) tools can optionally block with or without a timeout.
    Implemented using the cross-platform 'boost' 'C++' library
    <https://www.boost.org/doc/libs/release/libs/interprocess/>.

A set of functions to estimate interactions flexibly in the face of possibly many controls. Implements the procedures described in Blackwell and Olson (2022) <doi:10.1017/pan.2021.19>.

Generates three inter-related genomic datasets: methylation, gene expression and protein expression having user specified cluster patterns. The simulation utilizes the realistic inter- and intra- relationships from real DNA methylation, mRNA expression and protein expression data from the TCGA ovarian cancer study, Chalise (2016) <doi:10.1016/j.cmpb.2016.02.011>.

Provides an R version of the 'InterVA4' software (<http://www.interva.net>) for coding cause of death from verbal autopsies. It also provides simple graphical representation of individual and population level statistics.

Provides an R version of the 'InterVA5' software (<http://www.byass.uk/interva/>) for coding cause of death from verbal autopsies. It also provides simple graphical representation of individual and population level statistics.