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 File NameSizeNotes
 WFMM_V3.0_Example.zip  13352 KB Program example (wfmm v3.0)
 WFMM_V3.0Win64.zip  12488 KB For Windows 7, 64bit (wfmm v3.0)
 wfmm_v3_1_Example.zip  13353 KB Examples
 wfmm_v3_1_linux_x86_64.tar.gz  30008 KB For Linux, 64bit (wfmm v3.1)
 wfmm_v3_1Win64.zip  12876 KB For windows 7, 64bit (wfmm v3.1)
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WFMM is a Windows command-line application that implements a Bayesian wavelet-based functional mixed model methodology for functional data analysis introduced in Morris and Carroll (2006).

The method extends linear mixed models to functional data consisting of n curves sampled on the same grid. The user provides a file in Matlab data file format (*.mat) containing a matrix of data samples of the set of n curves sampled T times and a description of the model by the design matrix X and random effects matrix Z, and other parameters controlling the computation. It provides as output nonparametric estimates of fixed and random effects functions that have been adaptively regularized as a result of the nonlinear shrinkage prior imposed on the fixed effects wavelet coefficients.

See the WFMM User Guide, also included in the download distribution. Current users of version 3.0 should read Changes to WFMM in Version 3.1 for new features in version 3.1 and some things to watch out for when moving from 3.0 to 3.1.

We strongly recommend that new users download the example file and run the example data set. This is a partial spectrum of a MALDI-TOF mass spectrometry proteomic data set from the pancreatic cancer experiment described in Morris et al (2008). The plots below show results for the five fixed effects (cancer effect and four block effects).? Open the included Pancreatic_MYO25_wfmm_example.fig file in Matlab and use the zoom to see the individual curves. The blue line is beta_ns (non-shrunken estimate for fixed effect), the solid red line is beta_mean (posterior mean of fixed effect), and the two red dashed lines are beta_quantiles? where 0.05 and 0.95 have been specified.

The example requires Matlab to be installed on your system. After download, unzip the files into a folder, open a command prompt window in the folder and type


The batch file runs wfmm, then starts Matlab to plot the results, which should look like the figure above. If Matlab does not run successfully, start it manually, change current folder to the present directory and run the PlotPancreatic_MYO25.m script.

Software developed in C++ and Matlab by Richard Herrick, Ph.D.


Morris, JS and Carroll, RJ (2006). Wavelet-based functional mixed models, Journal of the Royal Statistical Society, Series B, 68(2): 179-199

Morris JS, Arroyo C, Coull B, Ryan LM, Herrick R, and Gortmaker SL (2006). Using Wavelet-Based Functional Mixed Models to characterize Population Heterogeneity in Accelerometer Profiles: A Case Study. Journal of the American Statistical Association101(476): 1352-1364

Morris, JS, Brown PJ, Herrick, RC, Baggerly KA, and Coombes, KR (2008). Bayesian Analysis of Mass Spectrometry Proteomic Data using Wavelet Based Functional Mixed Models, Biometrics 64(2): 479-489.

Morris , JS, Baladandayuthapani, V, Herrick, RC, Sanna, P, and Gutstein, H (2011). Automated Analysis of Quantitative Image Data Using Isomorphic Functional Mixed Models, with Applications to Proteomics Data, The Annals of Applied Statistics, 5(2A), 894-923.