Customer Segmentation Using Unsupervised Machine Learning Algorithms
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Updated
Jul 10, 2023 - Jupyter Notebook
Customer Segmentation Using Unsupervised Machine Learning Algorithms
Unsupervised Machine Learning Models
Perform Clustering (Hierarchical, K Means Clustering and DBSCAN) for the airlines and crime data to obtain optimum number of clusters. Draw the inferences from the clusters obtained.
The objective of this project is to facilitate the use of clustering algorithms by engineering students who are not specialized in AI.
The examined group comprised kernels belonging to three different varieties of wheat: Kama, Rosa and Canadian.
Land slide prediction :- the classification of individual rocks into three categories: big, medium, and small. Additionally, the project aims to predict the falling pattern of these rocks by analyzing the provided images of the rock dump.
Unsupervised learning with different types clustering algorithms..
Implementation of some classification and clustering methods
This dataset consists of tv shows and movies available on Netflix as of 2019. Clustering Movies and TV shows
This project explores Netflix's content evolution, analyzes TV shows and movies, and builds a recommendation system. Discover insights from a dataset of 7,787 titles as of 2019 and learn how we clustered content based on textual features.
This project explores customer segmentation using various clustering techniques on a dataset of mall customers. The goal is to identify distinct customer groups based on demographic and behavioral attributes, enabling businesses to tailor their marketing strategies more effectively.
Clustering Analysis is used to analyze the travel behaviors, preferences, and attitudes of New York City citizens.
This repository implements customer segmentation techniques to analyze credit card user behavior and identify distinct customer groups. By leveraging Python libraries like pandas, Scipy and scikit-learn.
Analyzing US crime statistics using hierarchical clustering to uncover patterns in state-level arrest data and Advanced analytics to delineate market segments in retail, optimizing targeted marketing strategies through customer behavior and demographic profiling.
Machine Learning Algorithms Practicals in Python with Datasets
The project involved natural language processing (NLP) techniques, tokenization, stemming, and the application of the TF-IDF vectorization method.
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