We show the use of this package in a simple example, and for a twisted beam such as an idealised helicopter blade.
However, use of this package does not require advanced knowledge of R, while, on the other hand, experienced R users can easily modify and extend the package with additional algorithms of choice.
Here, we present outcomes with the use of this package for anesthesia and sedation analyzed specifically in 90 pediatric cases, including 53 pediatric cases which were included in the previous series but not separately analyzed there [17].
All calculations were carried out with the statistical software R 2.6.2 (http://cran.r-project.org), using the quantreg package computed by Roger Koenker whose book provides a vignette for the use of this package [13].
An introduction on the use of this package for R beginners is also available on our website [ 9].
These competing risk analyses can be provided by adding the 'cmprsk' package to R. Excellent instructions for the use of this package have been provided in this journal by Scrucca et al. in 2007 and 2010.
As examples to demonstrate the use of this package, integrated PPI data from the PINA, iRefIndex and STRING databases for six model species are available for downloading from our website.
Since the results produced with the use of this package are in the form of web pages, cloud users can easily view and edit the network graphs via the browser, using a mouse or touch screen, without the need to download them to a local computer.
Many articles have already been published that have made use of this simulation package [10, 17, 30, 31, 32].
Period was determined by periodogram analysis and the robustness of rhythmicity was examined using the Rhythmicity Index (RI) function of this package.
