Analysis of small scale infectious diseases possibly with a
spatial grid component using stochastic
Susceptible-Exposed-Infectious-Recovered models (SEIR). The R package
wraps functionality of a Java program, thus a java virtual machine has
to be installed on your computer.
The package comes with ABSOLUTELY NO WARRANTY; for details
see http://www.gnu.org/copyleft/gpl.html
(GPL). This is free software, and and you are welcome to redistribute
it
under the GPL conditions. Read the file LICENSE for the specific
lincensing conditions of the package.
Download:
The RLadyBug package (version 0.6-0) is
available from CRAN.
Documentation:
Read the package manual
containing
examples on how to use the package and its features.
[10/10/2009] Version 0.6-0 is now available from CRAN. The
package now contains an implementation of the two-component SIR model
described in Höhle (2009), Additive-Multiplicative
Regression Models for Spatio-Temporal Epidemics, which is
accepted for publication in Biometrical Journal. A preprint of the work
can be found here.
[02/02/2009] Version 0.5-0 available from CRAN. Experimental
code for additive-multiplicative model fitting.
[16/01/2008] Version 0.4-3 available from CRAN. Contains bug
fixes and the handling of unknown recovery times.
[24/09/2007] Version 0.4-2 is now available from CRAN. The
update mainly consists in making the package compatible with the new
rJava version and converting .RData objects to >= 2.4.0 format
[03/08/2006] RLadyBug v0.4 is now available. The Java program
is envoked using the rJava interface, plot methods have been
made more concordant with R and data is now loadable with data().
[01/03/2006] RLadyBug v0.1 is now available. For a quick demo
try demo("article-csda")
after installing the package.