Title: Multi-Marker Molecular Signature for Treatment-specific Subgroup
Author: Lin Li, Tobias Guennel,Scott Marshall, Leo Wang-Kit Cheung
Description: The package implements a multi-marker molecular signature (MMMS) approach
Reference: Lin Li, Tobias Guennel,Scott Marshall, Leo Wang-Kit Cheung
(2014) A multi-marker molecular signature approach for
treatment-specific subgroup identification with survival

Title: Efficient Gibbs-Sampler for Markov-Modulated-Poisson-Processes
Description: Efficient implementation of the Gibbs sampler by Fearnheard and Sherlock (2006) <DOI:10.1111/j.1467-9868.2006.00566.x> for the Markov modulated Poisson process that uses 'C++' via the 'Rcpp' interface. Fearnheard and Sherlock proposed an exact Gibbs-sampler for performing Bayesian inference on Markov Modulated Poisson processes. This package is an efficient implementation of their proposal for binned data. Furthermore, the package contains an efficient implementation of the hierarchical MMPP framework, proposed by Clausen, Adams, and Briers (2017) <https://github.com/hc2116/MMPPsampler/blob/master/Master_thesis_Henry.pdf>, that is tailored towards inference on network flow arrival data and extends Fearnheard and Sherlock's Gibbs sampler. Both frameworks harvests greatly from routines that are optimised for this specific problem in order to remain scalable and efficient for large amounts of input data. These optimised routines include  matrix exponentiation and multiplication, and endpoint-conditioned Markov process sampling. Both implementations require an input vector that contains the binned observations, the length of a binning interval, the number of states of the hidden Markov process, and lose prior hyperparameters. As a return, the user receives the desired number of sample trajectories of the hidden Markov process as well as the likelihood of each trajectory.
Packaged: 2018-05-22 14:23:14 UTC; henryclausen

Title: Case Classification and Selection Based on Regression Results
person("Ingo", "Rohlfing", email = "i.rohlfing@uni-koeln.de",
Description: Researchers doing a mixed-methods analysis (nested analysis as
use the package for the classification of cases and case selection using
results of a linear regression. One can designate cases
as typical, deviant, extreme and pathway case and use different case
selection strategies for the choice of a case belonging to one of
Author: Ingo Rohlfing [aut, cre] (<https://orcid.org/0000-0001-8715-4771>)