Nonparametric Methods for Identifying Differential Enrichment
Regions with ChIP-Seq Data
Vicky Qian Wu ; Kyoung-Jae Won ; Hongzhe Li <hongzhe@upenn.edu>
Nonparametric Tests to identify the differential enrichment region for two conditions or time-course ChIP-seq data. It includes: data preprocessing function, estimation of a small constant used in hypothesis testing, a kernel-based two sample nonparametric test, two assumption-free  two sample nonparametric test.

Mack- and Munich-chain-ladder methods for insurance claims reserving
The package contains the Mack- and Munich-chain-ladder methods which are used in insurance claims reserving exercise.

Wed Feb  6 23:05:55 2008; markus.gesmann

Tue Feb 19 14:28:38 2008; markus.gesmann

Tue May 13 20:46:07 2008; markus.gesmann

Mon May 19 18:02:43 2008; markus.gesmann

Mack-, Bootstrap and Munich-chain-ladder methods for insurance
claims reserving
The package contains the Mack-, Munich-, and Bootstrap
chain-ladder methods which are used in insurance claims
reserving.

The package provides Mack-, Munich-, and Bootstrap
chain-ladder methods. These methods are typically used in
insurance claims reserving.

Mack-, Bootstrap and Munich-chain-ladder methods for insurance claims reserving
The package contains the Mack-, Munich-, and Bootstrap chain-ladder methods which are used in insurance claims reserving exercise.

The package contains the Mack-, Munich-, and Bootstrap chain-ladder methods which are used in insurance claims reserving.

Mack, Bootstrap, Munich and Multivariate-chain-ladder methods
for insurance claims reserving
The package provides Mack-, Munich-, Bootstrap and
Multivariate-chain-ladder methods. These methods are typically
used in insurance claims reserving.
Hmisc, lattice, Matrix, methods, stats, systemfit

Hmisc, lattice, Matrix, methods, stats, systemfit, MASS, RUnit

Mack, Bootstrap, Munich, Multivariate-chain-ladder and Clark
methods for insurance claims reserving
Markus Gesmann, Wayne (Yanwei) Zhang, Daniel Murphy
The package provides Mack-, Munich-, Bootstrap, and
Multivariate-chain-ladder methods, as well as the LDF Curve
Fitting methods of Dave Clark. These methods are typically used
in insurance claims reserving.