Paveloom: Complex

Complex solutions by @paveloom. Research and confusing projects are here.

Pinned Repositories

C1
A Fortran module for computing a correlogram and a periodogram of one-dimensional non-uniform time series
Language:Fortran0 1 00
C2
A comparison of covariance functions used to inference stellar rotation periods of stars
Language:Jupyter Notebook0 1 30
C3
A Fortran module for performing spectral correlation analysis of time series
Language:Fortran0 1 00
C3.1
SCATS interface with a backend written in C++ and a frontend written in Python
Language:Makefile0 1 00
GPKernels
Study of the influence of selection of kernels for Gaussian processes on the modeling of light curves
Language:Jupyter Notebook1 2 430
paveloom-c.github.io
A root repository for GitHub Pages
Language:HTML0 1 00
PMG
Spatial-kinematic modelling of a flat subsystem of the Milky Way by the method of maximum likelihood
Language:Rust0 2 00

paveloom-c/GPKernels
Study of the influence of selection of kernels for Gaussian processes on the modeling of light curves
Language:Jupyter Notebook1 2 430
paveloom-c/C1
A Fortran module for computing a correlogram and a periodogram of one-dimensional non-uniform time series
Language:Fortran0 1 00
paveloom-c/C2
A comparison of covariance functions used to inference stellar rotation periods of stars
Language:Jupyter Notebook0 1 30
paveloom-c/C3
A Fortran module for performing spectral correlation analysis of time series
Language:Fortran0 1 00
paveloom-c/C3.1
SCATS interface with a backend written in C++ and a frontend written in Python
Language:Makefile0 1 00
paveloom-c/paveloom-c.github.io
A root repository for GitHub Pages
Language:HTML0 1 00
paveloom-c/PMG
Spatial-kinematic modelling of a flat subsystem of the Milky Way by the method of maximum likelihood
Language:Rust0 2 00