Title: Management, Display, and Processing of Medical Imaging Data
Description: Provide a compact storage for medical imaging data with access and display possibilities. Basic tools for processing brain imaging data are proposed like extraction of brain voxels, morphological image segmentation, and filtering / normalization of contrast parameters. Specific tools are also provided for blood perfusion imaging to calculate hypoperfusion and reperfusion volumes.
Imports: methods, stats4, RANN, spam, Matrix, ROCR, fields, mritc,

Suggests: spam, Matrix, oro.dicom, oro.nifti, mritc, ROCR, RANN, rgl,

Imports: graphics, grDevices, Matrix, methods, mritc, oro.dicom,
oro.nifti, RANN, ROCR, spam, stats, stats4, utils
Suggests: fields, pracma, nnet, rgl, betareg, coda, parallel, snowfall

Imports: graphics, grDevices, Matrix, methods, oro.dicom, oro.nifti,
Suggests: coda, fields, mritc, nnet, parallel, pracma, rgl, snowfall

Suggests: oro.dicom, oro.nifti, mritc, ROCR, RANN, rgl, fields

Title: Multivariate Regression Models for Reserving
Description: Tools to analyze non-life loss reserves
Depends: reshape2, ggplot2, lubridate, stats, lmtest, methods, plyr

Maintainer: Brian A. Fannin <BFannin@RedwoodsGroup.com>

Description: Non-life runoff reserves may be analyzed using linear models. This generalizes the special cases of multiplicative chain ladder and
the additive model. In addition, the package provides visual and statistical diagnostics to assess the quality of modeled link ratios.
Maintainer: Brian A. Fannin <FanninQED@Yahoo.com>
Imports: reshape2, ggplot2, stats, lmtest, methods, plyr

Title: Mendelian Randomization (MR) Based PC Algorithm
Author: Md Bahadur Badsha <mdbadsha@uidaho.edu> and Audrey Qiuyan Fu <audreyf@uidaho.edu>
Maintainer: Md Bahadur Badsha <mdbadsha@uidaho.edu>
Description: Estimate the causal graph using generalized Mendelian Randomization (MR) based PC (MRPC) Algorithm. See Badsha and Fu (2018) <doi:10.1101/171348>.

Author: Md Bahadur Badsha [aut,cre],Evan A Martin [ctb] and Audrey Qiuyan Fu [aut]
Description: Infer causal graphs using the principle of Mendelian randomization-based PC (MRPC) algorithm. See Badsha and Fu (2018) <doi:10.1101/171348>,Badsha et al. (2018) <arXiv:1806.01899>.