Tech Insights
Random Forest

Random Forest

Last updated , generated by Sumble
Explore more →

What is Random Forest?

Random Forest is a supervised machine learning algorithm that uses an ensemble of decision trees to make predictions. It operates by constructing multiple decision trees during training and outputting the mode of the classes (classification) or mean prediction (regression) of the individual trees. Random forests are known for their high accuracy, robustness to outliers, and ability to handle high-dimensional data. They are commonly used in various applications such as image classification, object detection, medical diagnosis, fraud detection, and financial modeling.

What other technologies are related to Random Forest?

Random Forest Competitor Technologies

Support Vector Machines are another machine learning algorithm used for classification and regression, serving as an alternative to Random Forests.
mentioned alongside Random Forest in 32% (1.3k) of relevant job posts
Gradient Boosting is another ensemble method, similar to Random Forests, that builds trees sequentially and combines them for prediction, making it a competitor.
mentioned alongside Random Forest in 43% (587) of relevant job posts
GBM (Gradient Boosting Machines) is an implementation of gradient boosting, a competitor to Random Forests.
mentioned alongside Random Forest in 50% (435) of relevant job posts
Logistic Regression is a classification algorithm and can be considered a competitor in classification tasks.
mentioned alongside Random Forest in 20% (1.1k) of relevant job posts
XGBoost is a highly optimized gradient boosting algorithm, and is a popular competitor to Random Forests, particularly in structured/tabular data problems.
mentioned alongside Random Forest in 15% (1.4k) of relevant job posts
K-Nearest Neighbors is another classification algorithm used as an alternative to Random Forests.
mentioned alongside Random Forest in 36% (333) of relevant job posts
Neural Networks are a different type of machine learning model that can be used for classification and regression, offering a flexible alternative to Random Forests, especially with unstructured data.
mentioned alongside Random Forest in 12% (992) of relevant job posts
Neural Networks are a different type of machine learning model that can be used for classification and regression, offering a flexible alternative to Random Forests, especially with unstructured data.
mentioned alongside Random Forest in 24% (319) of relevant job posts

Random Forest Complementary Technologies

Boosting is an ensemble technique that can be used to improve the performance of Random Forests or other base learners. It's a meta-algorithm.
mentioned alongside Random Forest in 54% (659) of relevant job posts
Trees or Decision Trees are the base learners within a Random Forest. Thus, they are strongly complementary.
mentioned alongside Random Forest in 58% (389) of relevant job posts
Decision Tree is the fundamental building block for Random Forests, used as the weak learner within the ensemble.
mentioned alongside Random Forest in 48% (414) of relevant job posts

Which job functions mention Random Forest?

This tech insight summary was produced by Sumble. We provide rich account intelligence data.

On our web app, we make a lot of our data available for browsing at no cost.

We have two paid products, Sumble Signals and Sumble Enrich, that integrate with your internal sales systems.