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How Do Supervised and Unsupervised Learning Impact Data Analysis in Machine Learning?
Supervised Learning
This type uses data that has been labeled.
(About 80% of machine learning uses this.)
It helps computers learn to make predictions.
Some common jobs for supervised learning are:
Classification
: like telling if an email is spam or not.
Regression
: like figuring out prices for products.
Unsupervised Learning
This type works with data that isn’t labeled.
(It’s around 20% of applications.)
It looks for patterns and groups in the data.
Some tools for unsupervised learning are:
K-means clustering
: This groups data into different clusters.
PCA
: This helps simplify data by reducing its dimensions.
Impact on Data Analysis
Supervised learning is all about being accurate in predictions.
It can often reach over 90% accuracy in many tasks.
Unsupervised learning helps us explore data better.
It can show new ideas or ways to improve how we collect data.
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How Do Supervised and Unsupervised Learning Impact Data Analysis in Machine Learning?
Supervised Learning
This type uses data that has been labeled.
(About 80% of machine learning uses this.)
It helps computers learn to make predictions.
Some common jobs for supervised learning are:
Classification
: like telling if an email is spam or not.
Regression
: like figuring out prices for products.
Unsupervised Learning
This type works with data that isn’t labeled.
(It’s around 20% of applications.)
It looks for patterns and groups in the data.
Some tools for unsupervised learning are:
K-means clustering
: This groups data into different clusters.
PCA
: This helps simplify data by reducing its dimensions.
Impact on Data Analysis
Supervised learning is all about being accurate in predictions.
It can often reach over 90% accuracy in many tasks.
Unsupervised learning helps us explore data better.
It can show new ideas or ways to improve how we collect data.
Related articles