Title: High Dimensional Hypothesis Testing for Mean Vectors, Covariance
Matrices, and White Noise of Vector Time Series
Description: High dimensional testing procedures on mean, covariance and white noises.
Imports: checkmate (>= 1.6.0), MASS, stats, mvtnorm, foreach,

Title: The Lasso for the Tweedie's Compound Poisson Model Using an
Author: Wei Qian <weiqian@stat.umn.edu>, Yi Yang <yiyang@umn.edu>, Hui Zou <hzou@stat.umn.edu>
Description: This package implements a iteratively reweighed least square (IRLS) strategy that incorporates a blockwise majorization decent (BMD) method, for efficiently computing the solution paths of the (grouped) lasso and the (grouped) elastic net for the Tweedie model.

Title: The Lasso for Tweedie's Compound Poisson Model Using an IRLS-BMD
Description: The Tweedie lasso model implements an iteratively reweighed least square (IRLS) strategy that incorporates a blockwise majorization decent (BMD) method, for efficiently computing solution paths of the (grouped) lasso and the (grouped) elastic net methods.

Title: Health Effects of Air Pollution and Temperature (HEAT)
Description: Timeseries analysis is conducted using Korean mortality

Description: Timeseries analysis is conducted using Korean mortality and environment variables

Author: Youn-Hee Lim, Il-Sang Ohn, and Ho Kim
Description: Timeseries analysis is conducted using Korean mortality and environmental variables

Title: Hydropeaking Events Detection Algorithm
Authors@R: c(person("Tingyu", "Li", email = "styli@ucdavis.edu", role = c("aut", "cre")), person("Xiao", "Tian", email = "xtzou@ucdavis.edu", role = "aut"), person("Gregory", "Pasternack", email = "gpast@ucdavis.edu", role = "aut"))
Description: This tool identifies hydropeaking events from raw time-series flow record, a rapid flow variation induced by the hourly-adjusted electricity market. The novelty of 'HEDA' is to use vector angle instead of the first-order derivative to detect change points which not only largely improves the computing efficiency but also accounts for the rate of change of the flow variation. More details <doi:10.1016/j.jhydrol.2021.126392>.