This project is a online client-server model for supply chain management.

This project is Zhe Liu's thesis of my bachelor's degree for Zhejiang University.
Any use without prior notice is not allowed.

0. Clone this repo, switch to docker branch
1. Install docker
2. Run docker build -t data-mining .
3. Run docker-compose up -d --build
4. Go to localhost:8000, all done

0. Clone this repo, switch to master branch
1. Install python3 first
2. Install all dependencies in requirement.txt
3. Run python manage.py runserver
4. Go to localhost:8000, all done

0. Clone this repo, switch to server branch
1. Configure nginx uwsgi --http :8000 --chdir /root/dataMining/ -w djangoData.wsgi
2. Configure path and allowed host

-STATIC_URL = '/static/' +STATIC_URL = '/polls/static/' +STATIC_ROOT = '/root/dataMining/polls/static/'

3. Follow the same requirements as Configure Python environment locally
4. Go to 'ServerIP:8000', all done

• 0.1 CSV preview and nav bars, writing templates for home page and all sub-pages
• 0.2 Classification tempalte and base logic set up
• 0.3 Finished Classification
• 0.4 Finished documention tempaltes and documents for Classification
• 0.5 Clustering tempalte and base logic set up
• 0.6 Finished Clustering
• 0.7 Finished documention for clustering
• 0.8 Deploy this software to server
• 0.9 Finished Aporiori based association rules, finished upload and downloading functionalities
• 1.0 Adding detailed documentation and all functionalities for parameters adjustment

• Show all data uploaded
• File upload and download
• Using Ajax to dynamically change HTML element.
• Using Django tempaltes for all types of demand
• Configure Django URL config different functionalities
• Using OOP for Django views
• More data fomat support: xls
• More data fomat support: text file

• Missing data handling
• More advanced Missing data handling(fix missing data automatically)
• char to digit tranformation

• Clustering: KMeans
• Clustering:Mini Batch KMeans
• Clustering:Affinity Propagation
• Clustering:Mean Shift
• Clustering:Spectral Clustering
• Clustering:Agglomerative Clustering
• Clustering:DBSCAN
• Clustering:Birch
• Documentation for Clustering
• Parameters Adjustment for Clustering

• Classification:Logistic Regression
• Classification:KNeighbors Classifier
• Classification:SVC
• Classification:GradientBoosting Classifier
• Classification:DecisionTree Classifier
• Classification:Random Forest Classifier
• Classification:MLP Classifier
• Classification:Gaussian Naive Bayes
• Documentation for classification
• Parameters Adjustment for Classification

• Apriori algorithm
• Parameters for Apriori algorithm
• Full documentation for Apriori algorithm
• More association rules algorithm