Decision Trees Applications

Decision Tree Overview In data mining techniques two kinds of basic learning processes are available namely supervised and unsupervised. when we talk about the supervised learning techniques the decision tree learning is one of the most essential technique of classification and prediction. A number of different kinds of decision tree algorithms are available i.e. ID3, C4.5, C5.0, CART, SLIQ and others. All these algorithms the used to generate the transparent data models. these data models can be evaluated using the paper and pencil. therefore that is an effective data modeling technique. Applications of Decision Trees Application of Decision Tree Algorithm in Healthcare Operations [1]: the decision trees are used to visualize the data patterns in form of tree data structure. that help to also prepare the relationship among the attributes and the final class labels. thus the patient’s different health attributes can help to understand the symptoms and possibility by comparing the historical data available with the similar attributes. Manufacturing and Production: in a large production based industries where the regulation of production and planning is required. the decision tree models helps for understanding the amount of production, time of production and other scenarios. that can be evaluated using the past scenarios of…

Introduction of Decision Trees

Decision Tree:Overview in different kinds of supervised data mining techniques the Decision Tree are one of the most popular classification and prediction technique. basically the training data samples are organized in form of tree data structure. where the nodes of tree shows the attributes of the data set and edges can be used for demonstrating the values of these attributes. additionally the leaf node of the tree contains the decisions of the Decision Tree algorithms (i.e. decision tree C4.5, ID3, CART). example an example of decision tree is given in figure 1. Figure 1 decision tree example in the above given figure 1 a tree is demonstrated that contains decisions. the decision labels are (yes or no) which is placed in leaf nodes. and nodes of tree (humidity, outlook and wind) are attributes.  which are available in data set. because the data set contains both and both the component are help to understand the relationship among the attributes. sometimes these trees can also converted into IF THEN ELSE rules. For above given example a rule can be defined as: IF (Outlook = sun & Humidity = normal) then decision = yes Advantages the following are the key advantages of any decision…

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