Packages
- F. Guignard, M. Laib, Python library,“FiShPy": “Fisher-Shannon Method”, (2019). FiShPy_PyPi
- F. Guignard, M. Laib, R-Package,“FiSh": “Fisher-Shannon Method”, (2019). FiSh_cran
- M. Laib, L. Telesca, M. Kanevski, R-Package,“MFDFA": “MultiFractal Detrended Fluctuation Analysis”, (2018). MFDFA_cran
- M. Laib, M. Kanevski, R-Package,“SFtools": “Space Filling Based Tools for Data Mining”, (2017). SFtools_cran
- J. Golay, M. Laib, R-Package,“IDmining”: “Intrinsic Dimension for Data Mining”, (2016).IDmining_cran. For more details on the use of this library, please visit the website of my colleague Jean Golay.
- M. Laib, I. Rezgui, Z. Gheribi-Aoulmi, H. Monod, R-Package, “CombinS”: “Constructions method of rectangular PBIB and rectangular right angular PBIB(m) (m= 4,5 and 7)”, (2015).CombinS_cran
- M. Laib, I. Rezgui, Z. Gheribi-Aoulmi, R-Package,“RPPairwiseDesign”:“Resolvable partially pairwise balanced design and Space-filling design via association scheme”, (2015).RPPairwiseDesign_cran
- M. Laib, A. Boudraa, Z. Gheribi-Aoulmi, R-Package, “PGM2”: “Recursive method for construction of nested resolvable designs and uniform designs associated”, (2014). PGM2_cran
R codes
- FractalTools: Fractality- based tools
R library contains some tools based on the fractality concept. You can find the codes of
this library on GitHub (link below). To install the library, please
download the following "FractalTools_1.0.tar.gz".
M. Laib, M. Kanevski, "FractalTools", Fractality-based tools, (2018). FractalTools_GitHub
- MFDFA: MultiFractal Detrended Fluctuation Analysis for time series developed and used for the modelling of wind speed time series in Switzerland. You can find it and install it via GitHub or CRAN. Below you find a small example of use.