SlowinskiPiotr

SlowinskiPiotr's Stars

• networkx/networkx

  Network Analysis in Python

  Language:Python15.3k2813.2k3.3k

• sktime/sktime

  A unified framework for machine learning with time series

  Language:Python8.1k1102.7k1.4k

• yihui/xaringan

  Presentation Ninja 幻灯忍者 · 写轮眼

  Language:CSS1.5k65276281

• aeon-toolkit/aeon

  A toolkit for machine learning from time series

  Language:Python1.1k21810151

• robert-haas/gravis

  Interactive graph visualizations with Python and HTML/CSS/JS.

  Language:HTML1082129

• kormilitzin/the-signature-method-in-machine-learning

  Foundations and Applications

  Language:HTML9110115

• CarlosBergillos/ts2vg

  Time series to visibility graphs.

  Language:Python8941212

• SysBioChalmers/GECKO

  Toolbox for including enzyme constraints on a genome-scale model.

  Language:MATLAB681113751

• scipopt/soplex

  Sequential object-oriented simPlex

  Language:C++6252919

• pafoster/path_signatures_introduction

  A Brief Introduction to Path Signatures for Machine Learning Practitioners

  Language:Jupyter Notebook441114

• StuartJO/BrainSurfaceAnimation

  Language:MATLAB36102

• behinger/etcomp

  Project to compare different eyetrackers

  Language:Jupyter Notebook3510337

• jamesjcai/scGEAToolbox

  scGEAToolbox: Matlab toolbox for single-cell gene expression analyses

  Language:HTML2511710

• cailab-tamu/QuantumGRN

  Quantum Gene Regulatory Networks with Application to Single-cell Data

  Language:Jupyter Notebook17509

• EmoryUniversityTheoreticalBiophysics/ContinuousMIEstimation

  Holmes-Nemenman modified KSG continuous entropy estimator

  Language:C1617011

• BergLab/BSG

  Python scripts for simulating the Balanced Sequence Generator (BSG) introduced in the paper "Movement is governed by rotational neural dynamics in spinal motor networks". Henrik Lindén, Peter C. Petersen, Mikkel Vestergaard, Rune W. Berg, Nature 2022.

  Language:Python10106

• blas-ko/LatentStateInitialization

  Code for Kolic et al. (2022) "Estimating initial conditions for dynamical systems with incomplete information"

  Language:Jupyter Notebook8130

• tomh4/matleap

  MATLAB mex interface for the Leap Motion Controller

  Language:C++7103

• zhy0/signature-visualizer

  Compute rough path signature of a drawn path

  Language:JavaScript6200

• SysBioChalmers/SingleCellModeling

  Code for the publication "Generation and analysis of context-specific genome-scale metabolic models derived from single-cell RNA-Seq data"

  Language:MATLAB5201

• FabLtt/ExplainedDecisions

  Language:Jupyter Notebook3100

• JulienLagarde09/integrate-Haken-Kelso-Bunz-Schoner-1985-86-Stochastic

  Matlab codes for HKB equations, excitator equations, HKB with adaptive frequency, stochastique version (Langevin)to integrate using Euler

  Language:MATLAB3101

• nrodgers1/Strong-Connectivity-in-Real-Networks

  Language:Jupyter Notebook320

• Emanuele-Giacomuzzo/toolbox_webanalysis

  Language:MATLAB2

• nrodgers1/Trophic-Analysis-of-Dircted-Networks

  Language:Jupyter Notebook200

• kravtsova2/GWtau

  Language:MATLAB120

• liefting/sync_engineering

  This repository contains the code accompanying my thesis Designing the Dynamics of Coupled Oscillators at the University of Exeter under supervision of Kyle Wedgwood and Christian Bick. It can be used to design control oscillators using a nonpairwise target interaction function.

  Language:MATLAB110

• mkoebis/deFBA

  Language:Matlab100

• swaldherr/python-defba

  Python implementation of deFBA

  Language:Python1100

• tehrandavis/multidimensional_recurrence

  multi-dimensional recurrence methods written in Julia

  Language:Julia1300