ImagingLectures

Pinned Repositories

aunira2021
Notes and exercises for the tomography lectures
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IAEA-eLearning2
Language:Jupyter Notebook00
MLSegmentation4NI
Lecture slides and tutorial material for the lecture on machine learning methods for segmenting neutron images.
Language:Jupyter Notebook01
MNT_Lectures
Lecture notes and Exercises for lecture 1
Language:Jupyter Notebook31
MNT_Lectures2019
Lecture note for the image processing part of the MNT course
Language:Jupyter Notebook13
morphology_anderskaestner
Language:Jupyter Notebook00
Quantitative-Big-Imaging-2020
The material for the Quantitative Big Imaging course at ETHZ for the Spring Semester 2020
Language:Jupyter Notebook17
Quantitative-Big-Imaging-2021
Lecture material for the Quantitative big imaging class of 2021
Language:Jupyter Notebook1 3 02
Quantitative-Big-Imaging-2023
Lecture material for the Quantiative Big Imaging class 2023
Language:Jupyter Notebook11
Quantitative-Big-Imaging-2024
Lecture material for the Quantiative Big Imaging class 2024
Language:Jupyter Notebook3 0 00

ImagingLectures's Repositories

ImagingLectures/MNT_Lectures
Lecture notes and Exercises for lecture 1
Language:Jupyter Notebook31
ImagingLectures/Quantitative-Big-Imaging-2024
Lecture material for the Quantiative Big Imaging class 2024
Language:Jupyter Notebook3 0 00
ImagingLectures/MNT_Lectures2019
Lecture note for the image processing part of the MNT course
Language:Jupyter Notebook13
ImagingLectures/Quantitative-Big-Imaging-2020
The material for the Quantitative Big Imaging course at ETHZ for the Spring Semester 2020
Language:Jupyter Notebook17
ImagingLectures/Quantitative-Big-Imaging-2021
Lecture material for the Quantitative big imaging class of 2021
Language:Jupyter Notebook1 3 02
ImagingLectures/Quantitative-Big-Imaging-2023
Lecture material for the Quantiative Big Imaging class 2023
Language:Jupyter Notebook11
ImagingLectures/aunira2021
Notes and exercises for the tomography lectures
00
ImagingLectures/IAEA-eLearning2
Language:Jupyter Notebook00
ImagingLectures/MLSegmentation4NI
Lecture slides and tutorial material for the lecture on machine learning methods for segmenting neutron images.
Language:Jupyter Notebook01
ImagingLectures/morphology_anderskaestner
Language:Jupyter Notebook00
ImagingLectures/Quantitative-Big-Imaging-2022
Lecture material for the Quantiative Big Imaging class 2022
Language:Jupyter Notebook03
ImagingLectures/slidetests
Tests notebooks to learn how to work with notebook presentations
Language:JavaScript00
ImagingLectures/Tomography4NI
Lectures first time given at the LINX Neutron Imaging school.
Language:Jupyter Notebook00
ImagingLectures/WaterInSand
A tutorial to study water uptake in porous media.
Language:Jupyter Notebook00
ImagingLectures/filters_anderskaestner
Assignment to work with image filters
Language:Jupyter Notebook1
ImagingLectures/filters_Solution
Language:Jupyter Notebook1
ImagingLectures/final_assignment
The last assignment covering all steps from the lectures
Language:Jupyter Notebook
ImagingLectures/final_assignment_Solution
Solution to the final assignment
Language:Jupyter Notebook1
ImagingLectures/image-processing-with-python-anderskaestner
image-processing-with-python-anderskaestner created by GitHub Classroom
Language:Jupyter Notebook2
ImagingLectures/image-processing-with-python_Solution
Solutions to the basiv image processing assignment
Language:Jupyter Notebook1
ImagingLectures/imaginglectures.github.io
Web presentation of imaging lectures
ImagingLectures/morphology_Solution
Solutions to the morphology exercises
Language:Jupyter Notebook1
ImagingLectures/segmentation-anderskaestner
Segmentation assignment
Language:Jupyter Notebook1
ImagingLectures/segmentation_Solution
Solution to the segmentation exercises
Language:Jupyter Notebook1
ImagingLectures/WebTest
Testing bootstrap web page for QBI