Deep Learning in Image Processing Tutorial
1、Image classification
Network Architecture | Code | Pre-training weight | PPT |
---|---|---|---|
☑ AlexNet | Code | Google Drive | |
☑ VGG | Code | Google Drive | |
☑ ResNet | Code | Google Drive | |
☑ custom_dataset | Code | ||
☑ ConfusionMatrix | Code | ||
☑ RecptiveField | |||
☑ analyze_weights_featuremap | Code | ||
☑ batch normalization ☑ layer normalization ☑ group normalization | Code | ||
☑ fvcore | Code | ||
☑ tensorboard | |||
☑ cosine learning rate | |||
☑ Transformer |
2、Machine Learning
machine learning | |
---|---|
☑newton | |
☑SGD/AdaGrad/Adam | |
☑PCA | PCA |
☑Singular value decompisition | |
☑Linear Algebra | Notes |
☐Matrix derivative |
3、Numpy
numpy | |
---|---|
☑numpyBroadcast |
4、Image Segmentation
5、Image Fusion
⚡Dependence environment
matplotlib==3.3.4
pandas==1.1.5
Pillow==9.0.1
prettytable==2.1.0
torch==1.9.0
torchvision==0.10.0
tqdm==4.61.2
We recommend using pipreqs(pip list pipreqs), a tool that has the advantage of automatically discovering which libraries are used by scanning the project directory and automatically generating a list of dependencies.
How to use ?
- Use pipreqs in the root directory of the project . / (pipreqs ./ )
⚡Problems
- If the formulas in the MD file are not displayed correctly, please download the plugin MathJax 3 Plugin for Github.