Skip to content
#

mlxtend

Here are 71 public repositories matching this topic...

Python project for Market Basket Analysis. Generates synthetic retail transactions, mines frequent itemsets using Apriori & FP-Growth, derives association rules, and outputs CSVs + visualizations. Portfolio-ready example demonstrating data science methods for uncovering product co-purchase patterns.

  • Updated May 29, 2026
  • Python

Association-Rules-Data-Mining-Books. Apriori Algorithm, Association rules with 10% Support and 70% confidence, Association rules with 20% Support and 60% confidence, Association rules with 5% Support and 80% confidence, visualization of obtained rule.

  • Updated Jan 7, 2022
  • Jupyter Notebook

This project performs association analysis on a sales dataset, using the Apriori algorithm. The dataset is loaded from an Excel file, and a basket of items is created for each transaction. The Apriori algorithm is then applied to find frequent itemsets and association rules based on the support, confidence, and lift metrics.

  • Updated Jun 2, 2025
  • Jupyter Notebook

Предоставлен файл с сервера. Вам нужно спарсить его содержимое, создать базу данных под данные, вставить данные в базу данных, удаленно подключиться к базе данных и проанализировать данные.

  • Updated Oct 19, 2022
  • Jupyter Notebook

Apriori Algorithm Association rules with 10% Support and 70% confidence Association rules with 5% Support and 90% confidence Lift Ratio > 1 is a good influential rule in selecting the associated transactions visualization of obtained rule

  • Updated Jan 7, 2022
  • Jupyter Notebook

Infrastruktur End to End Project ini memadukan Analisis Tren Waktu (Time Series) menggunakan metode rata-rata bergerak untuk mendeteksi momentum kenaikan penjualan produk target secara beruntun, serta Market Basket Analysis (Data Mining) dengan algoritma Apriori untuk mengidentifikasi perilaku belanja silang (cross-selling) pelanggan.

  • Updated Jun 21, 2026
  • Jupyter Notebook

Using different Association Rule Mining Algorithms to establish rules between item(s) from a transactional data. 3 different algorithms were used to generate itemsets and generate candidate rules from them based on certain metrics. Link to the dataset is given below.

  • Updated Jun 11, 2025
  • Jupyter Notebook

Add this topic to your repo

To associate your repository with the mlxtend topic, visit your repo's landing page and select "manage topics."

Learn more