1. |
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Applications of Machine Learning |
Identifying song, images, foercasting, classificationm detection, crime investigationm Insurance detection |
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2. |
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Regression 1 |
Least Square, Maximum |
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3. |
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Regression 2 |
Least Square, Maximum |
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4. |
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Regression 3 |
Likelihood, Ordinary
Regression |
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5. |
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Regulaization 4 |
Ridge and Lasso Regression |
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6. |
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Regulaization 5 |
Ridge and Lasso Regression |
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7. |
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Load Forecasting |
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8. |
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Random Forest 1 |
Random Forest |
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9. |
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Random Forest 2 |
Random Forest, Tree, Bagging |
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10. |
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Classification |
Logistic Regression |
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11. |
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Random Forest |
Random Forest, Tree, Bagging |
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12. |
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Boosting |
Gradient Boosting Machine,
Boosting |
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13. |
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Kernel Method 1 |
Support vector machine,
Kernel Density Estimation,
Nadaraya-Watson Model |
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14. |
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Kernel Method 2 |
Support vector machine,
Kernel Density Estimation,
Nadaraya-Watson Model |
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15. |
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Kernel Method 3 |
Support vector machine,
Kernel Density Estimation,
Nadaraya-Watson Model |
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Kernel Method 4 |
Support vector machine,
Kernel Density Estimation,
Nadaraya-Watson Model |
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Kernel Method 5 |
Support vector machine,
Kernel Density Estimation,
Nadaraya-Watson Model |
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Clsutering(Smart grid project) 1 |
Hierarchical Clustering,
K-means Clustering, Nearest
Neighorhood |
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Clsutering 2 |
Hierarchical Clustering,
K-means Clustering, Nearest
Neighorhood |
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Smart Grid |
Smart Grid |
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Deep Learning 1 |
Deep Learning, Convolutional
Neural Network |
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Deep Learning 2 |
Deep Learning, Convolutional
Neural Network |
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