Kernel Estimator and Bandwidth Selection for Density and Its
Derivatives

Arrays with Better Control over Dimension Dropping
Provides arrays with flexible control over dimension dropping when subscripting.

Collect, Assemble and Model Air Pollution, Weather and Health
Data
Claudia Vitolo [aut, cre], Allan Tucker [aut], Andrew Russell [aut]
Collection of utility functions used in the KEHRA project (see http://www.brunel.ac.uk/ife/britishcouncil). It refers to the multidimensional analysis of air pollution, weather and health data.
Hmisc, raster, reshape2, stringr, sp, xts, zoo

Calculate solutions to Kelvin differential equation using Kelvin
functions.
Calculate analytic solutions to the Kelvin differential
equation, namely the primary (Bei, Ber) and complementary (Kei,
Ker) complex Kelvin functions.
'kelvin-package.R' 'Beir.R' 'Bei.R' 'Ber.R' 'Keir.R' 'Kei.R'
'Ker.R' 'Kelvin.R'

Calculate solutions to Kelvin differential equation using Bessel
functions.
Uses Bessel functions to calculate the analytic solutions
to the Kelvin differential equation, namely the primary (Be)
and complementary (Ke) complex functions.
'kelvin-package.R' 'zzz.R' 'Beir.R' 'Bei.R' 'Ber.R' 'Keir.R'
'Kei.R' 'Ker.R'

Calculate solutions to the Kelvin differential equation using
Bessel functions.
Uses Bessel functions to calculate the analytic solutions to the
Kelvin differential equation, namely the fundamental (Be) and equivalent
(Ke) complex functions.

Calculate Solutions to the Kelvin Differential Equation using
Bessel Functions
Uses Bessel functions to calculate the
fundamental and complementary analytic solutions to the
Kelvin differential equation.

Simulate and Visualize Kendall Random Walks and Related
Distributions
person("Mateusz", "Staniak", email = "mateusz.staniak@math.uni.wroc.pl", role = c("aut", "cre"))
Kendall random walks are a continuous-space Markov chains generated
by the Kendall generalized convolution. This package provides tools
for simulating these random walks and studying distributions
related to them. For more information about Kendall random walks see Jasiulis-Gołdyn (2014) <arXiv:1412.0220>.
ggplot2, dplyr, tidyr, EnvStats, tibble, nleqslv