Dareczin

Applied-Data-Science-Capstone

attys-scope

Oscilloscope and data logger for the Attys DAQ (Linux/Windows/Mac)

boxing_biomechanics

code for studies related to kinematics of boxing techniques

Computational-NeuroScience

Computational NeuroScience is a rigorous 8-week course in Coursera from University of Washington that focus on basic computational techniques for analyzing, modelling and understanding the behaviour of cells and circuits in the brain.

Computational-Neuroscience-UW

Python scripts that supplement the Coursera Computational Neuroscience course by the University of Washington

Coursera-Computational-NeuroScience

Coursera Computational-NeuroScience course of the University of Washington

D3-in-Jupyter-Notebook

d3-mocap-demo

Code for the tutorial on visualizing motion capture data using D3.js

DM_rzeszow2022_IMACSSS-International-Conference

This is a data for poster made for 11th IMACSSS International Conference held in Rzeszów

effective-distance-using-pyomeca

Dareczin/Applied-Data-Science-Capstone

Dareczin/attys-scope

Oscilloscope and data logger for the Attys DAQ (Linux/Windows/Mac)

Dareczin/boxing_biomechanics

code for studies related to kinematics of boxing techniques

Dareczin/Computational-NeuroScience

Computational NeuroScience is a rigorous 8-week course in Coursera from University of Washington that focus on basic computational techniques for analyzing, modelling and understanding the behaviour of cells and circuits in the brain.

Dareczin/Computational-Neuroscience-UW

Python scripts that supplement the Coursera Computational Neuroscience course by the University of Washington

Dareczin/Coursera-Computational-NeuroScience

Coursera Computational-NeuroScience course of the University of Washington

Dareczin/D3-in-Jupyter-Notebook

Dareczin/d3-mocap-demo

Code for the tutorial on visualizing motion capture data using D3.js

Dareczin/DM_rzeszow2022_IMACSSS-International-Conference

This is a data for poster made for 11th IMACSSS International Conference held in Rzeszów

Dareczin/effective-distance-using-pyomeca

Dareczin/effective-distance-with-use-of-pyomeca

computation of effective distance of punch using https://github.com/pyomeca

Dareczin/EyeFit

Dareczin/IBM-course-10-Capestone

Dareczin/mldollyo

Dareczin/pandas_velocity_from_c3d

Dareczin/prediction-force-fro-acceleration-data-LSTM

proposed LSTM model to compute force of a strike from imu data

Dareczin/py_d3

D3 block magic for Jupyter notebook.

Dareczin/PyD3

Dareczin/pyomeca

Python toolbox for biomechanics analysis

Dareczin/quality_life_research

Results of Pr. Iuliia Pavlova's research

Dareczin/residual-analysis-of-kick-acceleration

Residual analysis for noraxon IMU unit for yop chagi and ap chagi

Dareczin/TensorFlow

Project containig related material for my TensorFlow articles

Dareczin/test

Dareczin/tkd_data_preparation_slicing_for_events

Dareczin/tkd_force_acceleration_detection

this repository contains code used for analysis in article "The impact of effective mass on the strength of side and turning kick in taekwon-do male practitioners"

Dareczin/wojnotes

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