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《Time Series Forecasting with Machine Learning Models》
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Time Series Forecasting with Machine Learning Models
30 Chapters
View Course Samples Online
01
Time series forecasting fundamentals
components, patterns, and the role of machine learning models.
forecasting
components
02
Exploratory data analysis for time series
visualization, decomposition, stationarity, and autocorrelation.
Exploratory
analysis
03
Feature engineering for time series
lag features, rolling statistics, calendar effects, and Fourier terms.
features
statistics
04
Data preprocessing and validation strategies
missing values, outliers, scaling, and time series cross-validation.
preprocessing
validation
05
Baseline forecasting methods
naive, seasonal naive, mean, and drift as benchmarks for ML models.
Baseline
forecasting
06
Linear regression for time series
trend, seasonality, and autoregressive distributed lag models.
regression
seasonality
07
Regularized regression
Ridge, Lasso, and Elastic Net for high-dimensional time series features.
Regularized
regression
08
Decision trees and random forests for time series forecasting
handling non-linearity and interactions.
Decision
forecasting
09
Gradient boosting machines
XGBoost, LightGBM, and CatBoost for tabular time series data.
Gradient
boosting
10
Hyperparameter tuning and model selection for time series forecasting with scikit-learn and Optuna.
Hyperparameter tuning and model selection for time series forecasting with scikit-learn and Optuna.
Hyperparameter
selection
11
Recurrent neural networks
RNN, LSTM, and GRU architectures for sequential forecasting.
Recurrent
networks
12
Temporal convolutional networks and dilated causal convolutions for time series.
Temporal convolutional networks and dilated causal convolutions for time series.
Temporal
convolutional
13
Transformer-based models for time series
attention mechanisms and Informer, Autoformer, and PatchTST.
Transformer-based
attention
14
Hybrid and ensemble models
combining statistical, machine learning, and deep learning forecasts.
ensemble
combining
15
Probabilistic forecasting
quantile regression, conformal prediction, and prediction intervals.
Probabilistic
forecasting
16
Multi-step ahead forecasting
recursive, direct, and multi-output strategies.
Multi-step
forecasting
17
Multivariate and hierarchical time series forecasting
vector autoregression, VARMA, and reconciliation.
Multivariate
hierarchical
18
Handling non-stationarity and concept drift
online learning and adaptive models.
Handling
non-stationarity
19
Anomaly detection and change point detection in time series using machine learning.
Anomaly detection and change point detection in time series using machine learning.
detection
20
Feature selection and dimensionality reduction for high-dimensional time series
PCA, autoencoders, and LASSO.
selection
dimensionality
21
Time series forecasting with exogenous variables
dynamic regression and causal inference.
forecasting
exogenous
22
Evaluation metrics for forecasting
MAE, RMSE, MAPE, sMAPE, MASE, and pinball loss.
Evaluation
forecasting
23
Backtesting and rolling-origin evaluation
best practices and common pitfalls.
Backtesting
rolling-origin
24
Scalable forecasting pipelines
data ingestion, feature stores, and model deployment with MLflow and Airflow.
Scalable
forecasting
25
Real-world case study
energy load forecasting using gradient boosting and LSTM.
Real-world
forecasting
26
Real-world case study
retail demand forecasting with hierarchical reconciliation and probabilistic outputs.
Real-world
forecasting
27
Real-world case study
financial time series forecasting with tree-based models and risk metrics.
Real-world
financial
28
Real-world case study
IoT sensor forecasting with edge deployment and online learning.
Real-world
IoT
29
Model interpretability and explainability for time series forecasting
SHAP, LIME, and attention weights.
interpretability
explainability
30
Capstone project
end-to-end machine learning forecasting system from data to deployment.
Capstone
end-to-end
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