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UNSUPERVISED LEARNING#1

A type of machine learning where the model learns patterns from unlabeled data without explicit supervision.

CLUSTERING#2

A technique in unsupervised learning that groups data points based on similarity, facilitating pattern recognition.

K-MEANS#3

A popular clustering algorithm that partitions data into K clusters by minimizing variance within each cluster.

HIERARCHICAL CLUSTERING#4

A clustering method that builds a hierarchy of clusters, either agglomeratively or divisively.

SILHOUETTE SCORE#5

A metric used to evaluate clustering quality, measuring how similar an object is to its own cluster compared to others.

CUSTOMER SEGMENTATION#6

The process of dividing a customer base into distinct groups for targeted marketing strategies.

FEATURE SCALING#7

Techniques like normalization or standardization used to adjust the range of data features for effective clustering.

ELBOW METHOD#8

A technique to determine the optimal number of clusters in K-Means by plotting the explained variance against the number of clusters.

DATA PREPROCESSING#9

The steps taken to clean and prepare raw data for analysis, ensuring high-quality input for clustering.

MATHEMATICAL FOUNDATIONS#10

The underlying mathematical concepts that support clustering algorithms, such as distance metrics.

DATA QUALITY#11

An assessment of the condition of data based on accuracy, completeness, reliability, and relevance.

CATEGORICAL VARIABLES#12

Data types that represent categories or groups, often requiring transformation for clustering analysis.

VISUALIZING CLUSTERING RESULTS#13

The practice of using graphical representations to illustrate how data points are grouped in clusters.

COMPARATIVE ANALYSIS#14

A method of evaluating and contrasting different clustering techniques to identify strengths and weaknesses.

TARGETED MARKETING STRATEGIES#15

Marketing approaches tailored to specific customer segments based on data insights from clustering.

DOCUMENTATION#16

The process of recording and detailing methods, findings, and insights throughout the clustering project.

COMMUNICATING FINDINGS#17

The ability to convey complex clustering results to non-technical stakeholders in an understandable manner.

AGGLOMERATIVE CLUSTERING#18

A bottom-up approach to hierarchical clustering where each data point starts as its own cluster.

DIVISIVE CLUSTERING#19

A top-down approach to hierarchical clustering that starts with one cluster and splits it into smaller ones.

MARKETING INSIGHTS#20

Valuable information derived from data analysis that informs marketing strategies and decisions.

R-SQUARED#21

A statistical measure used to evaluate how well the clustering model explains the variance in the data.

DATA VISUALIZATION TECHNIQUES#22

Methods used to create visual representations of data, aiding in the interpretation of clustering results.

ITERATING ON RECOMMENDATIONS#23

The process of refining marketing strategies based on ongoing analysis and feedback from clustering results.

STAKEHOLDER ENGAGEMENT#24

The involvement of relevant parties in discussions about clustering findings and marketing strategies.