Random Forest
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About this course
Machine learning is considered to be one of the most impactful technologies we have today. It sees its usage in almost all of the domains we have so it is equally popular among students, researchers, and professionals. I am sure you already know that a well-tuned machine learning model is very powerful and efficient at solving problems. Algorithms are what give this unmatched power to the world of Machine Learning. Random forest is one such popular algorithm that is used in multiple domains. As a learner, it is key that you understand how this algorithm works. Check out our PG Course in Machine learning Today.
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Course Outline
Introduction to Random Forest
Demo for Random Forest
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Frequently Asked Questions
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What is a random forest, and how does it works?
A random forest is a part of supervised machine learning calculation developed from decision tree calculations. This calculation is applied in different businesses like banking and web-based businesses to predict conduct and outcoming results. A random forest is a machine learning algorithm that is utilized to tackle regression along with classification issues. It uses ensemble learning, a strategy that consolidates numerous classifiers to give answers for complex issues.
Why is random forest good?
The decision trees risk overfitting as they will quite often tend to fit every one of the examples inside data used for training. The classifier will not overfit the model since the averaging of uncorrelated trees brings down the general difference and error in prediction. Random forest makes it simple to assess variable significance or commitment to the model.
Does random forest give profitability?
This random forest regression can be used in different projects like SAS, R & python. In a random forest regression model, each tree creates a particular prediction. The mean of prediction of every individual tree is the result of the random forest regression. This is indifference to the random forest classification method, whose result is controlled by the method of decision trees' class.
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