UrbanM
Researcher at the Institute of Mathematics, Physics, and Mechanics. Currently working on the topic of MEG.
Institute of Mathematics, Physics and MechanicsMaribor
Pinned Repositories
bioelmag
This is a python module for numerical methods in electrobiomagnetism
fizikalne-aplikacije
To je repozitorij pri predmetu fizikalne aplikacije
lead-selection
This is a python library for selecting the optimal sensor positions from bioelectromagnetic recordings. The theoretical fundation was discovered by Lux in "Limited Lead Selection for Estimation of Body Surface Potential Maps in Electrocardiography"
megtools
A python package for working with MEG data i. e. source localization, preprocessing, vector calculations etc.
SimulationProject
This is my current work on simulating diferent measuring components.
working-example
This is a first working example
UrbanM's Repositories
UrbanM/megtools
A python package for working with MEG data i. e. source localization, preprocessing, vector calculations etc.
UrbanM/bioelmag
This is a python module for numerical methods in electrobiomagnetism
UrbanM/fizikalne-aplikacije
To je repozitorij pri predmetu fizikalne aplikacije
UrbanM/lead-selection
This is a python library for selecting the optimal sensor positions from bioelectromagnetic recordings. The theoretical fundation was discovered by Lux in "Limited Lead Selection for Estimation of Body Surface Potential Maps in Electrocardiography"
UrbanM/SimulationProject
This is my current work on simulating diferent measuring components.
UrbanM/working-example
This is a first working example