FISH Based Normalization and Copy Number inference of SNP
microarray data
Adrian Andronache <adi.andronache@gmail.com>, Luca Agnelli
<luca.agnelli@gmail.com>
Normalizes the data from a file containing the raw values
of the SNP probes of microarrray data by using the FISH probes
and their corresponding CNs.

Antonio Meneses <antoniomenesesfreire@hotmail.com>,
Salvador Naya <salva@udc.es>,
Javier Tarrio-Saavedra <jtarrio@udc.es>,
Ignacio Lopez-Ullibarri <ilu@udc.es>
R (>= 3.2.2), KernSmooth, kerdiest, nlme
Fatigue Crack Growth in Reliability estimates the distribution
of material lifetime due to mechanical fatigue efforts. The FCGR
package provides simultaneous crack growth curves fitting to
different specimens in materials under mechanical stress efforts.
Linear mixed-effects models (LME) with smoothing B-Splines
and the linearized Paris-Erdogan law are applied. Once defined
the fail for a determined crack length, the distribution function
of failure times to fatigue is obtained. The density function is
estimated by applying nonparametric binned kernel density estimate
(bkde) and the kernel estimator of the distribution function (kde).
The results of Pinheiro and Bates method based on nonlinear
mixed-effects regression (nlme) can be also retrieved. The package
contains the crack.growth, PLOT.cg, IB.F, and Alea.A (database) functions.

Provides several functions to create and manipulate fuzzy cognitive maps. It is based on FCMapper for Excel, distributed at http://www.fcmappers.net/joomla/, developed by Michael Bachhofer and Martin Wildenberg. Maps are inputted as adjacency matrices. Attributes of the maps and the equilibrium values of the concepts (including with user-defined constrained values) can be calculated. The maps can be graphed with a function that calls "igraph". Multiple maps with shared concepts can be aggregated.

Provides several functions to create and manipulate fuzzy
cognitive maps. It is based on 'FCMapper' for Excel, distributed at <http://
www.fcmappers.net/joomla/>, developed by Michael Bachhofer and Martin Wildenberg.
Maps are inputted as adjacency matrices. Attributes of the maps and the
equilibrium values of the concepts (including with user-defined constrained
values) can be calculated. The maps can be graphed with a function that calls
'igraph'. Multiple maps with shared concepts can be aggregated.