Utilities to work with data from the Internal Displacement
    Monitoring Centre (IDMC) (<https://www.internal-displacement.org/>),
    with convenient functions for loading events data from the IDMC API
    and transforming events data to daily displacement estimates.

Provides tools for assessment and quantification of individual identity information in animal signals. This package accompanies a research article by Linhart et al. (2019) <doi:10.1101/546143>: "Measuring individual identity information in animal signals: Overview and performance of available identity metrics".

Contains techniques for mining large and high-dimensional data
    sets by using the concept of Intrinsic Dimension (ID). Here the ID is
    not necessarily an integer. It is extended to fractal dimensions. And
    the Morisita estimator is used for the ID estimation, but other
    tools are included as well.

A systematic biology tool was developed to identify dysregulated miRNAs via a miRNA-miRNA interaction network. 'IDMIR' first constructed a weighted miRNA interaction network through integrating miRNA-target interaction information, molecular function data from Gene Ontology (GO) database and gene transcriptomic data in specific-disease context, and then, it used a network propagation algorithm on the network to identify significantly dysregulated miRNAs.

Explore a range of infectious disease models in a consistent
    framework. The primary aim of 'idmodelr' is to provide a library of
    infectious disease models for researchers, students, and other interested
    individuals. These models can be used to understand the underlying dynamics
    and as a reference point when developing models for research. 'idmodelr'
    also provides a range of utilities. These include: plotting functionality;
    a simulation wrapper; scenario analysis tooling; an interactive dashboard;
    tools for handling mult-dimensional models; and both model and parameter
    look up tables. Unlike other modelling packages such as 'pomp'
    (<https://kingaa.github.io/pomp/>), 'libbi' (<http://libbi.org>)
    and 'EpiModel' (<http://www.epimodel.org>), 'idmodelr' serves primarily as
    an educational resource. It is most comparable to epirecipes
    (<http://epirecip.es/epicookbook/chapters/simple>) but provides a more
    consistent framework, an R based workflow, and additional utility tooling.
    After users have explored model dynamics with 'idmodelr' they may then
    implement their model using one of these packages in order to utilise the
    model fitting tools they provide.  For newer modellers, this package
    reduces the barrier to entry by containing multiple infectious disease
    models, providing a consistent framework for simulation and visualisation,
    and signposting towards other, more research focussed, resources.