Software Map
Project Tree
Now limiting view to projects in the following categories:
Programming Language :: R [Remove This Filter]
License :: OSI Approved :: GNU General Public License (GPL) [Remove This Filter]
Intended Audience :: End Users/Desktop [Remove This Filter]
Topic :: Bioinformatics :: Statistics [Remove This Filter]
Topic > Multivariate Statistics |
Browse By:
|
3 projects in result set.
0. Range Correlations - Methods from spatial statistics are adapted and implemented to be used for assessing marginal and partial correlations in range and site data (positional data) along genomes based on the Bioconductor package GenomicRanges. |
- Development Status : 1 - Planning [Filter]
- Intended Audience : End Users/Desktop (Now Filtering)
- License : OSI Approved : GNU General Public License (GPL) (Now Filtering)
- Natural Language : English [Filter]
- Programming Language : C/C\+\+ [Filter]
- Programming Language : R (Now Filtering)
- Topic : Bioinformatics : Statistics (Now Filtering)
- Topic : Multivariate Statistics [Filter]
|
Activity Percentile: 0.00
Registered: 2011-03-07 18:54 |
1. pi0 estimators - Estimation of the proportion of true null hypotheses (pi0) from a large number of hypothesis tests; Non/parametric recovery of noncentrality parameter distribution; False discovary rates (FDR) computation. |
- Development Status : 3 - Alpha [Filter]
- Environment : Console (Text Based) [Filter]
- Environment : X11 Applications [Filter]
- Intended Audience : End Users/Desktop (Now Filtering)
- License : OSI Approved : GNU General Public License (GPL) (Now Filtering)
- Natural Language : English [Filter]
- Operating System : OS Independent [Filter]
- Programming Language : C/C\+\+ [Filter]
- Programming Language : R (Now Filtering)
- Topic : Bioinformatics : Statistics (Now Filtering)
- Topic : Genetics : Multiple Testing [Filter]
- Topic : Multivariate Statistics [Filter]
|
Activity Percentile: 0.00
Registered: 2010-03-21 02:01 |
2. Quasi-likelihood parameter estimation - The package provides methods for parameter estimation for statistical models that can be simulated. We follow a quasi-likelihood approach to estimate the unknown parameter by the root of the so-called quasi-score estimating function. |
- Development Status : 4 - Beta [Filter]
- Intended Audience : End Users/Desktop (Now Filtering)
- License : OSI Approved : GNU General Public License (GPL) (Now Filtering)
- Natural Language : German [Filter]
- Operating System : Microsoft : Windows [Filter]
- Operating System : POSIX : Linux [Filter]
- Programming Language : C/C\+\+ [Filter]
- Programming Language : R (Now Filtering)
- Topic : Bioinformatics : Statistics (Now Filtering)
- Topic : Multivariate Statistics [Filter]
- Topic : Spatial Data & Statistics [Filter]
|
Activity Percentile: 0.00
Registered: 2017-08-30 21:22 |