Software
Developed at the Lab
ChiNet -- Pathway and
subnetwork rewiring based on non-parametric discrete models.
Ckmeans.1d.dp --
A fast dynamic programming algorithm for optimal univariate clustering. Minimizing the sum of squares of within-cluster distances, the algorithm guarantees optimality and reproducibility. Its advantage over heuristic clustering algorithms in efficiency and accuracy is increasingly pronounced as the number of clusters k increases. With optional weights, the algorithm can also optimally segment time series and perform peak calling. An auxiliary function generates histograms that are adaptive to patterns in data. This package provides a powerful alternative to heuristic methods for univariate data analysis.
You can either
install it directly from within R by
>
install.packages("Ckmeans.1d.dp")
or download the package from CRAN at https://cran.r-project.org/package=Ckmeans.1d.dp
Various versions of the package have been ported by third parties to MATLAB, JavaScript, Python, Ruby, SAS, and Scala.
CPX2 -- Comparative chi-square analysis of interactions. It is implemented as a program for comparative chi-square
analysis of interactions across different molecular contexts. You can download
and learn how to use it from its User Guide.
FunChisq -- The functional chi-square test used by NMSUSongLab and claimed a Best Performer in DREAM8 Network
Inference Challenges. It is now available as package FunChisq
from Comprehensive R Archive Network (CRAN). It is implemented as an R function
for evaluating strength of funcational dependency
without assuming a parametric functional form such as in linear regression. The
function can be downloaded as FunChisq.R.
An example using the test can be downloaded as FunChisq-example.R.
Q-method
-- Pathway and subnetwork rewiring based on parametric linear and nonlinear
differential equation models.
Last
modified: Tue Jan 10 9:22:45 MST 2017