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July 22, 2019 20:22
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How to use basic classifiers
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| from sklearn.tree import DecisionTreeClassifier | |
| from sklearn.neighbors import KNeighborsClassifier | |
| from sklearn.neural_network import MLPClassifier | |
| from sklearn.ensemble import RandomForestClassifier | |
| #{height, weights, shoe size} | |
| X = [[190,70,44],[166,65,45],[190,90,47],[175,64,39],[171,75,40],[177,80,42],[160,60,38],[144,54,37]] | |
| Y = ['male','male','male','male','female','female','female','female'] | |
| #Predict for this vector (height, wieghts, shoe size) | |
| P = [[190,80,46]] | |
| print(type(X), type(Y)) | |
| #{Decision Tree Model} | |
| clf = DecisionTreeClassifier() | |
| clf = clf.fit(X,Y) | |
| print ("\n1) Using Decision Tree Prediction is" + str(clf.predict(P))) | |
| #{K Neighbors Classifier} | |
| knn = KNeighborsClassifier() | |
| knn.fit(X,Y) | |
| print ("2) Using K Neighbors Classifier Prediction is " + str(knn.predict(P))) | |
| #{using MLPClassifier} | |
| mlpc = MLPClassifier() | |
| mlpc.fit(X,Y) | |
| print ("3) Using MLPC Classifier Prediction is " + str(mlpc.predict(P))) | |
| #{using MLPClassifier} | |
| rfor = RandomForestClassifier() | |
| rfor.fit(X,Y) | |
| print ("4) Using RandomForestClassifier Prediction is " + str(rfor.predict(P)) +"\n") |
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A basic example of how to use different classifiers.