scikit-learn Free Tutorials

scikit-learn is a Python library for machine learning. It provides a wide range of algorithms and tools for data mining and analysis. In this skill tree, you'll learn how to use scikit-learn to build machine learning models in Python.

Index	Name	Difficulty	Tutorial Link
001	📖 Linear Models in Scikit-Learn	★☆☆	🔗 View
002	📖 Discriminant Analysis Classifiers Explained	★☆☆	🔗 View
003	📖 Exploring Scikit-Learn Datasets and Estimators	★☆☆	🔗 View
004	📖 Kernel Ridge Regression	★☆☆	🔗 View
005	📖 Supervised Learning with Scikit-Learn	★☆☆	🔗 View
006	📖 Model Selection: Choosing Estimators and Their Parameters	★☆☆	🔗 View
007	📖 Supervised Learning With Support Vectors	★☆☆	🔗 View
008	📖 Exploring Scikit-Learn SGD Classifiers	★☆☆	🔗 View
009	📖 Unsupervised Learning: Seeking Representations of the Data	★☆☆	🔗 View
010	📖 Implementing Stochastic Gradient Descent	★☆☆	🔗 View
011	📖 Working With Text Data	★☆☆	🔗 View
012	📖 Gaussian Process Regression and Classification	★☆☆	🔗 View
013	📖 Dimensional Reduction with PLS Algorithms	★☆☆	🔗 View
014	📖 Naive Bayes Example	★☆☆	🔗 View
015	📖 Decision Tree Classification with Scikit-Learn	★☆☆	🔗 View
016	📖 Scikit-Learn Classifier Comparison	★☆☆	🔗 View
017	📖 Text Document Classification	★☆☆	🔗 View
018	📖 Feature Discretization for Classification	★☆☆	🔗 View
019	📖 Pipelines and Composite Estimators	★☆☆	🔗 View
020	📖 Feature Scaling in Machine Learning	★☆☆	🔗 View
021	📖 Constructing Scikit-Learn Pipelines	★☆☆	🔗 View
022	📖 Scikit-Learn Iterative Imputer	★☆☆	🔗 View
023	📖 Manifold Learning on Handwritten Digits	★☆☆	🔗 View
024	📖 Digit Classification With RBM Features	★☆☆	🔗 View
025	📖 Column Transformer With Mixed Types	★☆☆	🔗 View
026	📖 Using Set_output API	★☆☆	🔗 View
027	📖 Semi-Supervised Text Classification	★☆☆	🔗 View
028	📖 Comparison of Calibration of Classifiers	★☆☆	🔗 View
029	📖 Detection Error Tradeoff Curve	★☆☆	🔗 View
030	📖 Dimensionality Reduction With Pipeline and GridSearchCV	★☆☆	🔗 View
031	📖 Probability Calibration Curves	★☆☆	🔗 View
032	📖 Anomaly Detection Algorithms Comparison	★☆☆	🔗 View
033	📖 Precision-Recall Metric for Imbalanced Classification	★☆☆	🔗 View
034	📖 Univariate Feature Selection	★☆☆	🔗 View
035	📖 Feature Selection for SVC on Iris Dataset	★☆☆	🔗 View
036	📖 Approximate Nearest Neighbors in TSNE	★☆☆	🔗 View
037	📖 Creating Visualizations With Display Objects	★☆☆	🔗 View
038	📖 Transforming Target for Linear Regression	★☆☆	🔗 View
039	📖 Gradient Boosting With Categorical Features	★☆☆	🔗 View
040	📖 Building Machine Learning Pipelines with Scikit-Learn	★☆☆	🔗 View
041	📖 Face Recognition With Eigenfaces and SVMs	★☆☆	🔗 View
042	📖 Concatenating Multiple Feature Extraction Methods	★☆☆	🔗 View
043	📖 Class Likelihood Ratios to Measure Classification Performance	★☆☆	🔗 View
044	📖 Plot PCR vs PLS	★☆☆	🔗 View
045	📖 Multiclass and Multioutput Algorithms	★☆☆	🔗 View
046	📖 Impute Missing Data	★☆☆	🔗 View
047	📖 MNIST Multinomial Logistic Regression	★☆☆	🔗 View
048	📖 Outlier Detection Using Scikit-Learn Algorithms	★☆☆	🔗 View
049	📖 Multiclass ROC Evaluation With Scikit-Learn	★☆☆	🔗 View
050	📖 Text Feature Extraction and Evaluation	★☆☆	🔗 View
051	📖 Feature Transformations With Ensembles of Trees	★☆☆	🔗 View
052	📖 Multi-Layer Perceptron Regularization	★☆☆	🔗 View
053	📖 K-Means Clustering on Handwritten Digits	★☆☆	🔗 View
054	📖 Polynomial Kernel Approximation With Scikit-Learn	★☆☆	🔗 View
055	📖 Scikit-Learn Visualization API	★☆☆	🔗 View
056	📖 Iris Flower Classification using Voting Classifier	★☆☆	🔗 View
057	📖 Plot Nca Classification	★☆☆	🔗 View
058	📖 Plot Digits Pipe	★☆☆	🔗 View
059	📖 Scikit-Learn Estimators and Pipelines	★☆☆	🔗 View
060	📖 Balance Model Complexity and Cross-Validated Score	★☆☆	🔗 View
061	📖 Effect of Varying Threshold for Self-Training	★☆☆	🔗 View
062	📖 Multi-Label Document Classification	★☆☆	🔗 View
063	📖 Text Classification Using Out-of-Core Learning	★☆☆	🔗 View
064	📖 Comparing Linear Bayesian Regressors	★☆☆	🔗 View
065	📖 Lasso Model Selection	★☆☆	🔗 View
066	📖 Model Selection for Lasso Regression	★☆☆	🔗 View
067	📖 Recursive Feature Elimination With Cross-Validation	★☆☆	🔗 View
068	📖 Feature Selection with Scikit-Learn	★☆☆	🔗 View
069	📖 DBSCAN Clustering Algorithm	★☆☆	🔗 View
070	📖 Document Biclustering Using Spectral Co-Clustering Algorithm	★☆☆	🔗 View
071	📖 Ensemble Methods Exploration with Scikit-Learn	★☆☆	🔗 View
072	📖 Multi-Class AdaBoosted Decision Trees	★☆☆	🔗 View
073	📖 Plotting Learning Curves	★☆☆	🔗 View
074	📖 Categorical Data Transformation using TargetEncoder	★☆☆	🔗 View
075	📖 Underfitting and Overfitting	★☆☆	🔗 View
076	📖 AdaBoost Decision Stump Classification	★☆☆	🔗 View
077	📖 Plotting Predictions With Cross-Validation	★☆☆	🔗 View
078	📖 Robust Linear Estimator Fitting	★☆☆	🔗 View
079	📖 Evaluating Machine Learning Model Quality	★☆☆	🔗 View
080	📖 Caching Nearest Neighbors	★☆☆	🔗 View
081	📖 Optimizing Model Hyperparameters with GridSearchCV	★☆☆	🔗 View
082	📖 Gradient Boosting Out-of-Bag Estimates	★☆☆	🔗 View
083	📖 Image Denoising With Kernel PCA	★☆☆	🔗 View
084	📖 Hashing Feature Transformation	★☆☆	🔗 View
085	📖 Plotting Classification Probability	★☆☆	🔗 View
086	📖 Probability Calibration for 3-Class Classification	★☆☆	🔗 View
087	📖 Feature Importance With Random Forest	★☆☆	🔗 View
088	📖 Discrete Versus Real AdaBoost	★☆☆	🔗 View
089	📖 Kernel Density Estimation	★☆☆	🔗 View
090	📖 Early Stopping of Stochastic Gradient Descent	★☆☆	🔗 View
091	📖 Plot Sgdocsvm vs Ocsvm	★☆☆	🔗 View
092	📖 Multiclass Sparse Logistic Regression	★☆☆	🔗 View
093	📖 Successive Halving Iterations	★☆☆	🔗 View
094	📖 Classify Handwritten Digits with MLP Classifier	★☆☆	🔗 View
095	📖 Color Quantization Using K-Means	★☆☆	🔗 View
096	📖 Model-Based and Sequential Feature Selection	★☆☆	🔗 View
097	📖 Discretizing Continuous Features With KBinsDiscretizer	★☆☆	🔗 View
098	📖 Recursive Feature Elimination	★☆☆	🔗 View
099	📖 Diabetes Prediction Using Voting Regressor	★☆☆	🔗 View
100	📖 Plot Forest Iris	★☆☆	🔗 View
101	📖 Hierarchical Clustering With Connectivity Constraints	★☆☆	🔗 View
102	📖 Hyperparameter Optimization: Randomized Search vs Grid Search	★☆☆	🔗 View
103	📖 Validation Curves: Plotting Scores to Evaluate Models	★☆☆	🔗 View
104	📖 Post Pruning Decision Trees	★☆☆	🔗 View
105	📖 Ridge Regression for Linear Modeling	★☆☆	🔗 View
106	📖 Comparing Online Solvers for Handwritten Digit Classification	★☆☆	🔗 View
107	📖 Decision Tree Analysis	★☆☆	🔗 View
108	📖 Class Probabilities With VotingClassifier	★☆☆	🔗 View
109	📖 Plot Forest Hist Grad Boosting Comparison	★☆☆	🔗 View
110	📖 Clustering Analysis With Silhouette Method	★☆☆	🔗 View
111	📖 Plot Multinomial and One-vs-Rest Logistic Regression	★☆☆	🔗 View
112	📖 Comparing K-Means and MiniBatchKMeans	★☆☆	🔗 View
113	📖 Spectral Biclustering Algorithm	★☆☆	🔗 View
114	📖 Spectral Co-Clustering Algorithm	★☆☆	🔗 View
115	📖 Permutation Feature Importance	★☆☆	🔗 View
116	📖 Decision Trees on Iris Dataset	★☆☆	🔗 View
117	📖 Nested Cross-Validation for Model Selection	★☆☆	🔗 View
118	📖 Permutation Test Score for Classification	★☆☆	🔗 View
119	📖 Scaling Regularization Parameter for SVMs	★☆☆	🔗 View
120	📖 Plotting Validation Curves	★☆☆	🔗 View
121	📖 Tuning Hyperparameters of an Estimator	★☆☆	🔗 View
122	📖 Digits Classification using Scikit-Learn	★☆☆	🔗 View
123	📖 Revealing Iris Dataset Structure via Factor Analysis	★☆☆	🔗 View
124	📖 Plot Topics Extraction With NMF Lda	★☆☆	🔗 View
125	📖 Gaussian Mixture Model Initialization Methods	★☆☆	🔗 View
126	📖 Partial Dependence and Individual Conditional Expectation	★☆☆	🔗 View
127	📖 ROC With Cross Validation	★☆☆	🔗 View
128	📖 Nonparametric Isotonic Regression with Scikit-Learn	★☆☆	🔗 View
129	📖 Sparse Signal Regression With L1-Based Models	★☆☆	🔗 View
130	📖 Non-Negative Least Squares Regression	★☆☆	🔗 View
131	📖 Quantile Regression with Scikit-Learn	★☆☆	🔗 View
132	📖 Detecting Outliers in Wine Data	★☆☆	🔗 View
133	📖 Exploring K-Means Clustering Assumptions	★☆☆	🔗 View
134	📖 Exploring Johnson-Lindenstrauss Lemma with Random Projections	★☆☆	🔗 View
135	📖 Principal Component Analysis with Kernel PCA	★☆☆	🔗 View
136	📖 Digit Dataset Analysis	★☆☆	🔗 View
137	📖 Plot Grid Search Digits	★☆☆	🔗 View
138	📖 Anomaly Detection With Isolation Forest	★☆☆	🔗 View
139	📖 Plot Compare GPR KRR	★☆☆	🔗 View
140	📖 Scikit-Learn MLPClassifier: Stochastic Learning Strategies	★☆☆	🔗 View
141	📖 Linear Discriminant Analysis for Classification	★☆☆	🔗 View
142	📖 Plot Kernel Ridge Regression	★☆☆	🔗 View
143	📖 Plot Random Forest Regression Multioutput	★☆☆	🔗 View
144	📖 Comparison Between Grid Search and Successive Halving	★☆☆	🔗 View
145	📖 Plot Pca vs Fa Model Selection	★☆☆	🔗 View
146	📖 Species Distribution Modeling	★☆☆	🔗 View
147	📖 Data Scaling and Transformation	★☆☆	🔗 View
148	📖 Demonstrating KBinsDiscretizer Strategies	★☆☆	🔗 View
149	📖 FeatureHasher and DictVectorizer Comparison	★☆☆	🔗 View
150	📖 Precompute Gram Matrix for ElasticNet	★☆☆	🔗 View
151	📖 Plot Huber vs Ridge	★☆☆	🔗 View
152	📖 Scikit-Learn Lasso Regression	★☆☆	🔗 View
153	📖 Sparse Signal Recovery With Orthogonal Matching Pursuit	★☆☆	🔗 View
154	📖 Plot SGD Separating Hyperplane	★☆☆	🔗 View
155	📖 Step-by-Step Logistic Regression	★☆☆	🔗 View
156	📖 Empirical Evaluation of K-Means Initialization	★☆☆	🔗 View
157	📖 Neighborhood Components Analysis	★☆☆	🔗 View
158	📖 Kernel Density Estimate of Species Distributions	★☆☆	🔗 View
159	📖 Affinity Propagation Clustering	★☆☆	🔗 View
160	📖 Hierarchical Clustering Dendrogram	★☆☆	🔗 View
161	📖 Comparing BIRCH and MiniBatchKMeans	★☆☆	🔗 View
162	📖 Bisecting K-Means and Regular K-Means Performance Comparison	★☆☆	🔗 View
163	📖 Comparing Clustering Algorithms	★☆☆	🔗 View
164	📖 Demo of HDBSCAN Clustering Algorithm	★☆☆	🔗 View
165	📖 Mean-Shift Clustering Algorithm	★☆☆	🔗 View
166	📖 Unsupervised Clustering with K-Means	★☆☆	🔗 View
167	📖 Random Forest OOB Error Estimation	★☆☆	🔗 View
168	📖 Pixel Importances With Parallel Forest of Trees	★☆☆	🔗 View
169	📖 Image Segmentation With Hierarchical Clustering	★☆☆	🔗 View
170	📖 Plot Dict Face Patches	★☆☆	🔗 View
171	📖 Gaussian Processes on Discrete Data Structures	★☆☆	🔗 View
172	📖 Spectral Clustering for Image Segmentation	★☆☆	🔗 View
173	📖 SVM Tie Breaking	★☆☆	🔗 View
174	📖 Plot GPR Co2	★☆☆	🔗 View
175	📖 Boosted Decision Tree Regression	★☆☆	🔗 View
176	📖 Bias-Variance Decomposition With Bagging	★☆☆	🔗 View
177	📖 Scikit-Learn Elastic-Net Regression Model	★☆☆	🔗 View
178	📖 Plot Agglomerative Clustering	★☆☆	🔗 View
179	📖 Map Data to a Normal Distribution	★☆☆	🔗 View
180	📖 Cross-Validation With Linear Models	★☆☆	🔗 View
181	📖 SVM: Maximum Margin Separating Hyperplane	★☆☆	🔗 View
182	📖 SVM for Unbalanced Classes	★☆☆	🔗 View
183	📖 Preprocessing Techniques in Scikit-Learn	★☆☆	🔗 View
184	📖 Agglomerative Clustering Metrics	★☆☆	🔗 View
185	📖 Logistic Regression Classifier on Iris Dataset	★☆☆	🔗 View
186	📖 Scikit-Learn Multi-Class SGD Classifier	★☆☆	🔗 View
187	📖 Incremental Principal Component Analysis on Iris Dataset	★☆☆	🔗 View
188	📖 Sparse Inverse Covariance Estimation	★☆☆	🔗 View
189	📖 Nearest Centroid Classification	★☆☆	🔗 View
190	📖 Probabilistic Predictions With Gaussian Process Classification	★☆☆	🔗 View
191	📖 Gradient Boosting Monotonic Constraints	★☆☆	🔗 View
192	📖 Scikit-Learn Confusion Matrix	★☆☆	🔗 View
193	📖 Recognizing Hand-Written Digits	★☆☆	🔗 View
194	📖 Gradient Boosting Regularization	★☆☆	🔗 View
195	📖 Label Propagation Learning	★☆☆	🔗 View
196	📖 Semi-Supervised Learning Algorithms	★☆☆	🔗 View
197	📖 Nonlinear Data Regression Techniques	★☆☆	🔗 View
198	📖 Prediction for Bitcoin Price	★☆☆	🔗 View
199	📖 Shrinkage Covariance Estimation	★☆☆	🔗 View
200	📖 Visualize High-Dimensional Data with MDS	★☆☆	🔗 View
201	📖 Gaussian Mixture Model Covariances	★☆☆	🔗 View
202	📖 Gaussian Mixture Model Selection	★☆☆	🔗 View
203	📖 Semi-Supervised Classifiers on the Iris Dataset	★☆☆	🔗 View
204	📖 Explicit Feature Map Approximation for RBF Kernels	★☆☆	🔗 View
205	📖 Plot Pca vs Lda	★☆☆	🔗 View
206	📖 Manifold Learning on Spherical Data	★☆☆	🔗 View
207	📖 Faces Dataset Decompositions	★☆☆	🔗 View
208	📖 Random Classification Dataset Plotting	★☆☆	🔗 View
209	📖 Multilabel Dataset Generation with Scikit-Learn	★☆☆	🔗 View
210	📖 Swiss Roll and Swiss-Hole Reduction	★☆☆	🔗 View
211	📖 Scikit-Learn Libsvm GUI	★☆☆	🔗 View
212	📖 Vector Quantization With KBinsDiscretizer	★☆☆	🔗 View
213	📖 Hierarchical Clustering With Scikit-Learn	★☆☆	🔗 View
214	📖 Transforming the Prediction Target	★☆☆	🔗 View
215	📖 Feature Agglomeration for High-Dimensional Data	★☆☆	🔗 View
216	📖 Feature Extraction with Scikit-Learn	★☆☆	🔗 View
217	📖 Comparison of F-Test and Mutual Information	★☆☆	🔗 View
218	📖 Curve Fitting With Bayesian Ridge Regression	★☆☆	🔗 View
219	📖 Lasso and Elastic Net	★☆☆	🔗 View
220	📖 Logistic Regression Model	★☆☆	🔗 View
221	📖 Joint Feature Selection With Multi-Task Lasso	★☆☆	🔗 View
222	📖 Applying Regularization Techniques with SGD	★☆☆	🔗 View
223	📖 Theil-Sen Regression with Python Scikit-Learn	★☆☆	🔗 View
224	📖 Compressive Sensing Image Reconstruction	★☆☆	🔗 View
225	📖 Decision Tree Regression	★☆☆	🔗 View
226	📖 Multi-Output Decision Tree Regression	★☆☆	🔗 View
227	📖 Simple 1D Kernel Density Estimation	★☆☆	🔗 View
228	📖 Local Outlier Factor for Novelty Detection	★☆☆	🔗 View
229	📖 Outlier Detection With LOF	★☆☆	🔗 View
230	📖 Density Estimation Using Kernel Density	★☆☆	🔗 View
231	📖 Exploring K-Means Clustering with Python	★☆☆	🔗 View
232	📖 Agglomerative Clustering on Digits Dataset	★☆☆	🔗 View
233	📖 OPTICS Clustering Algorithm	★☆☆	🔗 View
234	📖 Biclustering in Scikit-Learn	★☆☆	🔗 View
235	📖 Regularization Path of L1- Logistic Regression	★☆☆	🔗 View
236	📖 Support Vector Regression	★☆☆	🔗 View
237	📖 Centroid Based Clustering	★☆☆	🔗 View
238	📖 Neural Network Models	★☆☆	🔗 View
239	📖 Gaussian Process Classification on Iris Dataset	★☆☆	🔗 View
240	📖 Gaussian Process Classification	★☆☆	🔗 View
241	📖 Gaussian Process Classification on XOR Dataset	★☆☆	🔗 View
242	📖 Nonlinear Predictive Modeling Using Gaussian Process	★☆☆	🔗 View
243	📖 Fit Gaussian Process Regression Model	★☆☆	🔗 View
244	📖 Gaussian Process Regression: Kernels	★☆☆	🔗 View
245	📖 Spectral Clustering and Other Clustering Methods	★☆☆	🔗 View
246	📖 Nonlinear Pattern Recognition Techniques	★☆☆	🔗 View
247	📖 Quickly Select Models With Cross Validation	★☆☆	🔗 View
248	📖 Cross-Validation on Digits Dataset	★☆☆	🔗 View
249	📖 Early Stopping of Gradient Boosting	★☆☆	🔗 View
250	📖 Machine Learning Cross-Validation with Python	★☆☆	🔗 View
251	📖 Linear Regression Example	★☆☆	🔗 View
252	📖 Pairwise Metrics and Kernels in Scikit-Learn	★☆☆	🔗 View
253	📖 Compare Cross Decomposition Methods	★☆☆	🔗 View
254	📖 Nearest Neighbors Classification	★☆☆	🔗 View
255	📖 SVM Classification Using Custom Kernel	★☆☆	🔗 View
256	📖 SVM Classifier on Iris Dataset	★☆☆	🔗 View
257	📖 Imputation of Missing Values	★☆☆	🔗 View
258	📖 Decision Tree Classification with Python	★☆☆	🔗 View
259	📖 Kernel Approximation Techniques in Scikit-Learn	★☆☆	🔗 View
260	📖 Probabilistic Classification with Naive Bayes	★☆☆	🔗 View
261	📖 Blind Source Separation	★☆☆	🔗 View
262	📖 Independent Component Analysis with FastICA and PCA	★☆☆	🔗 View
263	📖 Iris Flower Classification with Scikit-learn	★☆☆	🔗 View
264	📖 Principal Components Analysis	★☆☆	🔗 View
265	📖 Sparse Coding With Precomputed Dictionary	★☆☆	🔗 View
266	📖 Wikipedia PageRank With Randomized SVD	★☆☆	🔗 View
267	📖 Decomposing Signals in Components	★☆☆	🔗 View
268	📖 Comparison of Covariance Estimators	★☆☆	🔗 View
269	📖 Robust Covariance Estimation and Mahalanobis Distances Relevance	★☆☆	🔗 View
270	📖 Robust Covariance Estimation in Python	★☆☆	🔗 View
271	📖 Covariance Matrix Estimation with Scikit-Learn	★☆☆	🔗 View
272	📖 Manifold Learning with Scikit-Learn	★☆☆	🔗 View
273	📖 Discriminant Analysis Classification Algorithms	★☆☆	🔗 View
274	📖 Plot Concentration Prior	★☆☆	🔗 View
275	📖 Gaussian Mixture Models	★☆☆	🔗 View
276	📖 Nonlinear Regression with Isotonic	★☆☆	🔗 View
277	📖 Active Learning Withel Propagation	★☆☆	🔗 View
278	📖 Bagging and Boosting Method	★☆☆	🔗 View
279	📖 Hierarchical Clustering Exploration for Clustering	★☆☆	🔗 View
280	📖 Guide of Tensorflow	★☆☆	🔗 View
281	📖 Shallow Neural Network Implemented by Tensorflow 2	★☆☆	🔗 View
282	📖 Tensorflow 2 Model Saving and Restoring	★☆☆	🔗 View
283	📖 Train Handwritten Digits Recognition Neural Network	★☆☆	🔗 View
284	📖 Calculation of Ridge Regression Coefficient	★☆☆	🔗 View
285	📖 Mastering Linear Regression Fundamentals	★☆☆	🔗 View
286	📖 Logistic Regression Classification with Scikit-Learn	★☆☆	🔗 View
287	📖 Prediction for Beijing Housing Prices	★☆☆	🔗 View
288	📖 Density Based Clustering	★☆☆	🔗 View
289	📖 Image Compression Using Mini Batch K Means	★☆☆	🔗 View
290	📖 Density-Based Clustering Application	★☆☆	🔗 View
291	📖 K Nearest Neighbor Algorithm	★☆☆	🔗 View
292	📖 Ridge Regression and Lasso Regression	★☆☆	🔗 View
293	📖 Classification of Car Safety Evaluation Dataset	★☆☆	🔗 View
294	📖 Perceptron and Artificial Neural Network	★☆☆	🔗 View

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