Pinned Repositories
AberrationNN
abTEM
ab initio Transmission Electron Microscopy
abTEM100
copied from abTEM-1.0.0beta31
AICrystallographer
Here, we will upload our deep/machine learning models and 'workflows' (such as AtomNet, DefectNet, SymmetryNet, etc) that aid in automated analysis of atomically resolved images
Atom-Finder
atomai
Deep and Machine Learning for Microscopy
AtomSegNet
AtomSegNet
Benchmark-test-for-atom-finding-models
ElectronCounting
MyGeneralAnalysisJP
Jupyter notebooks generally used for STEM data analysis
wdwzyyg's Repositories
wdwzyyg/ElectronCounting
wdwzyyg/MyGeneralAnalysisJP
Jupyter notebooks generally used for STEM data analysis
wdwzyyg/Benchmark-test-for-atom-finding-models
wdwzyyg/AberrationNN
wdwzyyg/abTEM
ab initio Transmission Electron Microscopy
wdwzyyg/abTEM100
copied from abTEM-1.0.0beta31
wdwzyyg/AICrystallographer
Here, we will upload our deep/machine learning models and 'workflows' (such as AtomNet, DefectNet, SymmetryNet, etc) that aid in automated analysis of atomically resolved images
wdwzyyg/Atom-Finder
wdwzyyg/atomai
Deep and Machine Learning for Microscopy
wdwzyyg/AtomSegNet
AtomSegNet
wdwzyyg/DEsoftware
wdwzyyg/ECE532Project
wdwzyyg/ECE539_ImageColorization
wdwzyyg/file-compare
wdwzyyg/foundry
Simplifying the discovery and usage of machine-learning ready datasets in materials science and chemistry
wdwzyyg/foundry_Lin
wdwzyyg/foundry_ziatdinov
wdwzyyg/hyperspy
Multidimensional data analysis
wdwzyyg/Igor
Voyles group Igor procedures
wdwzyyg/imgaug
Image augmentation for machine learning experiments.
wdwzyyg/lap
Linear Assignment Problem solver (LAPJV/LAPMOD).
wdwzyyg/ML-ElectronMicroscopy-2023
wdwzyyg/peak_detection
wdwzyyg/pyxem
pyxem is an open-source python library for multi-dimensional diffraction microscopy.
wdwzyyg/pyxem-demos
Tutorials and examples for pyXem (Pythonic Crystallographic Electron Microscopy), an open-source Python library for crystallographic electron microscopy. Contact us: pyxem.team@gmail.com
wdwzyyg/vision
Datasets, Transforms and Models specific to Computer Vision