Title: Tuning of the LDA Models Parameters
Description: For this first version only metrics to estimate the best fitting
Authors@R: person("Murzintcev", "Nikita", email = "nikita@lreis.ac.cn",
Imports: parallel, topicmodels, slam, Rmpfr, ggplot2, reshape2, scales,

Title: Tuning of the Latent Dirichlet Allocation Models Parameters

Description: Estimates the best fitting number of topics.

Authors@R: c(person("Murzintcev", "Nikita", email = "nikita@lreis.ac.cn",
person("Nathan", "Chaney", role = c("ctb", "cre"),
Nathan Chaney [ctb, cre] (<https://orcid.org/0000-0001-8985-2514>)

Title: Local Density-Based Outlier Detection
Description: Flexible procedures to compute local density-based outlier scores for ranking outliers.
Both exact and approximate nearest neighbor search can be implemented, while also accommodating multiple
k values and four different local density-based methods. It allows for referencing a random subsample
of input data or a user specified reference data set to compute outlier scores against, so both
unsupervised and semi-supervised outlier detection can be implemented.
Packaged: 2016-09-14 07:02:04 UTC; kwilliams

Both exact and approximate nearest neighbor search can be implemented, while also accommodating
multiple neighborhood sizes and four different local density-based methods. It allows for
referencing a random subsample of the input data or a user specified reference data set
to compute outlier scores against, so both unsupervised and semi-supervised outlier
Packaged: 2016-12-22 02:13:06 UTC; kwilliams

Packaged: 2017-05-26 03:52:35 UTC; kwilliams

Title: Lan-DeMets Method for Group Sequential Boundaries
Author: Charlie Casper and Oscar A. Perez.  Based on FORTRAN program
Description: Computations related to group sequential boundaries.
Includes calculation of bounds using the Lan-DeMets alpha
Packaged: Mon Feb 20 10:14:21 2006; casper

Author: Charlie Casper and Oscar A. Perez.  Based on FORTRAN
Includes calculation of bounds using the Lan-DeMets

Author: Charlie Casper, Thomas Cook and Oscar A. Perez.  Based on FORTRAN
alpha spending function approach. Based on FORTRAN