Voronoi diagrams in N dimensions using an improved raycasting method.

Julia implementation of the ISOKANN algorithm for the computation of invariant subspaces of Koopman operators

Python implementation of severals tools (PCCA, AJC, SQRA, P/Q estimation) for the analysis of dynamical systems from the transfer operator perspective.

My bachelor thesis

Continuation of AJC work (2020-21) with trips to hitting time optimization, spa, sqra, isokann, committor neural network, sparse boxes, voronoi linear program, meta sgd, adaptive euler maruyama

Early work on the AJC and coherence (2019/2020) also with weather data

Approximation of the generator of a Diffusion process by pointwise potential evaluations.

Optimal Importance Sampling for Diffusion processes applied to ISOKANN.

A julia package for clustering spatial timeseries, like for example eye-tracking data, based on PCCA+.

Estimation of objective priors from cohort data

tensorized sqra

Bayesian inference for the GynCycle model

Scripts for the analysis of the innocent agent rates from the MoTMo model.

Julia implementation of PCCA+

Deprecated (Entropy) approach to Empirical Bayes. Cf ObjectiveEmpiricalBayes.jl