> library(party) > myFormula <- Species ~ Sepal.Length + Sepal.Width + Petal.Length + Petal.Width > iris_ctree <- ctree(myFormula, data=trainData) > table(predict(iris_ctree), trainData$Species) What is the process in the above code in R? options: Building a decision tree for the iris data with function ctree() in package party by using myFormula to put Species as the target variable and all other variables are independent variables, and then using predict() function to check the prediction. Building a linear regression model for the iris data with function ctree() in package party by using myFormula to put Species as dependent variable and all other variables are independent variables, and then using predict() function to check the prediction. Building a random forest for the iris data with function ctree() in package party by using myFormula to put Species as dependent variable and all other variables are independent variables, and then using predict() function to check the prediction. Building a non-linear regression for the iris data with function ctree() in package party by using myFormula to put Species as dependent variable and all other variables are independent variables, and then using predict() function to check the prediction.
> library(party) > myFormula <- Species ~ Sepal.Length + Sepal.Width + Petal.Length + Petal.Width > iris_ctree <- ctree(myFormula, data=trainData) > table(predict(iris_ctree), trainData$Species) What is the process in the above code in R? options: Building a decision tree for the iris data with function ctree() in package party by using myFormula to put Species as the target variable and all other variables are independent variables, and then using predict() function to check the prediction. Building a linear regression model for the iris data with function ctree() in package party by using myFormula to put Species as dependent variable and all other variables are independent variables, and then using predict() function to check the prediction. Building a random forest for the iris data with function ctree() in package party by using myFormula to put Species as dependent variable and all other variables are independent variables, and then using predict() function to check the prediction. Building a non-linear regression for the iris data with function ctree() in package party by using myFormula to put Species as dependent variable and all other variables are independent variables, and then using predict() function to check the prediction.
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.6: Summarizing Categorical Data
Problem 13CYU
Related questions
Question
> library(party)
> myFormula <- Species ~ Sepal.Length + Sepal.Width + Petal.Length + Petal.Width
> iris_ctree <- ctree(myFormula, data=trainData)
> table(predict(iris_ctree), trainData$Species)
What is the process in the above code in R?
options:
|
Building a decision tree for the iris data with
|
|
Building a linear regression model for the iris data with function ctree() in package party by using myFormula to put Species as dependent variable and all other variables are independent variables, and then using predict() function to check the prediction.
|
|
Building a random forest for the iris data with function ctree() in package party by using myFormula to put Species as dependent variable and all other variables are independent variables, and then using predict() function to check the prediction. |
|
Building a non-linear regression for the iris data with function ctree() in package party by using myFormula to put Species as dependent variable and all other variables are independent variables, and then using predict() function to check the prediction. |
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