Understanding Supervised vs Unsupervised Machine Learning Models

June 6, 2022, 9:22 a.m.by CryptoDataDownload

Machine learning is a hot topic in almost all fields of study and application - and crypto is no exception! Have you ever read the terms "Supervised machine learning" or "unsupervised machine learning" and thought: "Does this mean that a data scientist is supervising the computer crunch numbers?!" How exactly is a machine learning algorithm "supervised" or not? Does the unsupervised model mess up more than the supervised model? When would we want to use one type of model vs another? These are the sort of questions that we will tackle in this article.

Supervised vs Unsupervised Models

Let's get right down to it. The most basic way to understand the difference between these two broad categories of machine learning hinges on: whether or not the correct result is "known" beforehand. For example, If we have a bunch of images that are cats, and these images constitute our "training set" of data for our model, then this would qualify as a supervised learning model as the "correct" answers are known before we train the model. (We know which images are "Cats" and which are not beforehand) Unsupervised models group categorical data by similarities and feature dimensions, where the "correct" grouping is not known before the algorithm is run.

Does an unsupervised model make more mistakes than a supervised model?

Short answer: no. Well, not necessarily. Both models rely on the quality of the feature set, or the categorical (or numerical) data to make predictions. And the features of your model that you use may not have any sort of predictive power, rendering both models useless. This follows the old "garbage in, garbage out" adage.

When to use one type of model vs the other?

Supervised learning models are great to use when we have a large data set of "known" outcomes that we would like to try to predict in the future. Unsupervised learning is excellent for exploratory use cases or unlocking previously unknown similarities between data features. The unsupervised learning models often follow a "What object am I most like?" approach in making its determinations.

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