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Academia
GIDS TheGuideBook Exercise Education Classification Regression Algorithm Cluster K-Means
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    Workflow
    Introduction
    GIDS Exercise Academia
    +1
    Exercise to perform basic operations in KNIME: - Read data - Filter rows - Filter columns - Write and plot data
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter1_Introduction > Introduction_Exercise
    0
    knime
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    Workflow
    Numeric_Scorer
    GIDS Exercise Academia
    +2
    Numeric scorer: compare performance of two regression models
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter5_Principles_of_Modeling > Numeric_Scorer_Solution
    0
    knime
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    Workflow
    Confusion_Matrix
    GIDS Exercise Academia
    +2
    Confusion matrix: evaluate the performance of a classification model
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter5_Principles_of_Modeling > Confusion_Matrix_Solution
    0
    knime
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    Workflow
    ROC_Curve
    GIDS Exercise Academia
    +2
    ROC Curve: compare the performance of two classification models
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter5_Principles_of_Modeling > ROC_Curve_Solution
    0
    knime
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    Workflow
    Ensemble methods
    Classification Random forest Gradient boosted trees
    +7
    Ensembles: binary classification of house ranking (high/low rank). - Random forest - Gradient Boosted Trees - Training - Evaluati…
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter9_Ensemble_Methods > Ensemble_Exercise
    0
    knime
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    Workflow
    Regression Tree - Solution
    Regression Machine learning Education
    +4
    Regression Tree: predict house price. - Partition data into training and test set - Train a regression tree model - Apply the tra…
    msarco > Public > Regression_Tree_Solution
    0
    msarco
  7. Go to item
    Workflow
    Decision Tree
    Classification Education Decision tree
    +4
    Decision Tree: binary classification of house ranking (high/low rank). - Create target column - Filter unnecessary columns - Spli…
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter8_Decision_and_Regression_Trees > Decision_Tree_Exercise
    0
    knime
  8. Go to item
    Workflow
    ROC_Curve
    GIDS Exercise Academia
    +2
    ROC Curve: compare the performance of two classification models
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter5_Principles_of_Modeling > ROC_Curve_Exercise
    0
    knime
  9. Go to item
    Workflow
    Confusion_Matrix
    GIDS Exercise Academia
    +3
    Confusion matrix: evaluate the performance of a classification model
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter5_Principles_of_Modeling > Confusion_Matrix_Exercise
    0
    knime
  10. Go to item
    Workflow
    Clustering - Solution
    Cluster K-Means Algorithm
    +5
    - Filter rows - Train a k-Means model - Visualize clustered entries on Scatter plot and OSM Map - Calculate Silhouette Coefficien…
    vgironda > Public > Clustering_Solution_martes
    0
    vgironda
  11. Go to item
    Workflow
    Numeric_Scorer
    GIDS Exercise Academia
    +2
    Numeric scorer: compare performance of two regression models
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter5_Principles_of_Modeling > Numeric_Scorer_Exercise
    0
    knime
  12. Go to item
    Workflow
    Clustering
    Cluster K-Means Algorithm
    +5
    - Filter rows - Train a k-Means model - Visualize clustered entries on Scatter plot and OSM Map - Calculate Silhouette Coefficien…
    jjmie > Public > Clustering_Exercise
    0
    jjmie
  13. Go to item
    Workflow
    01_Training
    Neural networks Deep learning GIDS
    +4
    In this exercise you will create a simple Feedforward Neural Network to predict the income class of a person in the adult dataset…
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter9_Neural_Networks > Exercise > 01_Training
    0
    knime
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    Workflow
    02_Deployment
    GIDS Exercise Academia
    +4
    In this exercise you will use a previously trained neural network to predict some unseen data.
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter9_Neural_Networks > Exercise > 02_Deployment
    0
    knime
  15. Go to item
    Workflow
    01_Training
    Neural networks Deep learning GIDS
    +4
    In this exercise you will create a simple Feedforward Neural Network to predict the income class of a person in the adult dataset…
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter9_Neural_Networks > Solution > 01_Training_Solution
    0
    knime
  16. Go to item
    Workflow
    02_Deployment
    GIDS Exercise Academia
    +4
    In this exercise you will use a previously trained neural network to predict some unseen data.
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter9_Neural_Networks > Solution > 02_Deployment_Solution
    0
    knime
  17. Go to item
    Workflow
    SVM Exercise with Parameter Optimization
    SVM Support vector machine Classification
    +4
    Exercise for SVM. Classification of 2D silhouette attributes with SVM classifier. Oprimize the c parameter for the margin hardnes…
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter9_SVM > SVM_Exercise
    0
    knime
  18. Go to item
    Workflow
    SVM Exercise with Parameter Optimization
    SVM Support vector machine Classification
    +4
    Exercise for SVM. Classification of 2D silhouette attributes with SVM classifier. Oprimize the c parameter for the margin hardnes…
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter9_SVM > SVM_Solution
    0
    knime
  19. Go to item
    Workflow
    01_Training_LSTM_Exercise
    GIDS Exercise Academia
    +3
    Train a LSTM model to perform text generation. - Define a suitable network structure - Train the model using the preprocessed dat…
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter9_Deep_Learning_LSTM > 01_Training_LSTM_Exercise
    0
    knime
  20. Go to item
    Workflow
    02_Deployment_LSTM_Exercise
    GIDS Exercise Academia
    +3
    Use a trained LSTM model to perform free text generation. - Predict the next character given a starting sequence - Use different …
    knime > Academic Alliance > Guide to Intelligent Data Science > Exercises > Chapter9_Deep_Learning_LSTM > 02_Deployment_LSTM_Exercise
    0
    knime

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