Decision trees are a method commonly used in machine learning to either predict a categorical response or a continuous response variable. Once the tree partitions the space, the response is either determined by the majority vote – classification trees, or by averaging the response values – regression trees. This research builds a standard regression tree and then instead of averaging the responses, we train a neural network to determine the response value. We have found that our approach typically increases the predicative capability of the decision tree. We have 2 demonstrations of this approach that we wish to present as a poster at the SDSU Data Symposium
Decision trees are fundamental in machine learning due to their interpretability and versatility. Th...
Equations to predict Eucalyptus timber volume are continuously updated, but most of them cannot be u...
Approaches combining methods based on decision trees and neural networks are an important examples o...
Neural networks (NNs) and decision trees (DTs) are both popular models of machine learning, yet comi...
Deep neural networks and decision trees operate on largely separate paradigms; typically, the former...
We present Deep Neural Decision Forests - a novel approach that unifies classification trees with th...
Artificial Neural Networks (ANNs) have proved both a popular and powerful technique for pattern rec...
When analyzing a dataset, it can be useful to assess how smooth the decision boundaries need to be f...
Artificial Neural Networks (ANNs) have proved both a pop-ular and powerful technique for pattern rec...
In the management of restoration reforestations or recreational reforestations of trees, the density...
Artificial neural networks (ANN) have demonstrated good predictive performance in a wide variety of ...
Abstract – Feed forward, back propagation neural networks are known to be universal approximators in...
There exist several methods for transforming decision trees to neural networks. These methods typica...
This thesis explores the relationship between two classification models: decision trees and multilay...
A major drawback associated with the use of artificial neural networks for data mining is their lack...
Decision trees are fundamental in machine learning due to their interpretability and versatility. Th...
Equations to predict Eucalyptus timber volume are continuously updated, but most of them cannot be u...
Approaches combining methods based on decision trees and neural networks are an important examples o...
Neural networks (NNs) and decision trees (DTs) are both popular models of machine learning, yet comi...
Deep neural networks and decision trees operate on largely separate paradigms; typically, the former...
We present Deep Neural Decision Forests - a novel approach that unifies classification trees with th...
Artificial Neural Networks (ANNs) have proved both a popular and powerful technique for pattern rec...
When analyzing a dataset, it can be useful to assess how smooth the decision boundaries need to be f...
Artificial Neural Networks (ANNs) have proved both a pop-ular and powerful technique for pattern rec...
In the management of restoration reforestations or recreational reforestations of trees, the density...
Artificial neural networks (ANN) have demonstrated good predictive performance in a wide variety of ...
Abstract – Feed forward, back propagation neural networks are known to be universal approximators in...
There exist several methods for transforming decision trees to neural networks. These methods typica...
This thesis explores the relationship between two classification models: decision trees and multilay...
A major drawback associated with the use of artificial neural networks for data mining is their lack...
Decision trees are fundamental in machine learning due to their interpretability and versatility. Th...
Equations to predict Eucalyptus timber volume are continuously updated, but most of them cannot be u...
Approaches combining methods based on decision trees and neural networks are an important examples o...