Modern Time Series Forecasting with Python: Explore industry-ready time series forecasting using modern machine learning and deep learningPackt Publishing Ltd, 24 nov. 2022 - 552 pagini Build real-world time series forecasting systems which scale to millions of time series by applying modern machine learning and deep learning concepts Key Features
The book is for data scientists, data analysts, machine learning engineers, and Python developers who want to build industry-ready time series models. Since the book explains most concepts from the ground up, basic proficiency in Python is all you need. Prior understanding of machine learning or forecasting will help speed up your learning. For experienced machine learning and forecasting practitioners, this book has a lot to offer in terms of advanced techniques and traversing the latest research frontiers in time series forecasting. |
Cuprins
| 1 | |
| 3 | |
| 19 | |
| 49 | |
Setting a Strong Baseline Forecast | 77 |
Part 2 Machine Learning for Time Series | 105 |
Time Series Forecasting as Regression | 107 |
Feature Engineering for Time Series Forecasting | 121 |
Building Blocks of Deep Learning for Time Series | 289 |
Common Modeling Patterns for Time Series | 317 |
Attention and Transformers for Time Series | 347 |
Strategies for Global Deep Learning Forecasting Models | 381 |
Specialized Deep Learning Architectures for Forecasting | 409 |
Part 4 Mechanics of Forecasting | 453 |
MultiStep Forecasting | 455 |
Evaluating Forecasts Forecast Metrics | 469 |
Target Transformations for Time Series Forecasting | 139 |
Forecasting Time Series with Machine Learning Models | 165 |
Ensembling and Stacking | 203 |
Global Forecasting Models | 225 |
Part 3 Deep Learning for Time Series | 259 |
Introduction to Deep Learning | 261 |
Evaluating Forecasts Validation Strategies | 491 |
| 505 | |
About Packt | 521 |
Other Books You May Enjoy | 522 |
Alte ediții - Afișează-le pe toate
Modern Time Series Forecasting with Python: Explore Industry-Ready Time ... Manu Joseph Nu există previzualizare disponibilă - 2022 |
Termeni și expresii frecvente
activation function Aggregate metrics algorithm architecture attention average baseline batch Bengaluru block calculate categorical features chapter column component convolution cross-validation DataFrame dataloader datetime decision tree decoder deep learning deep learning models defined dimension distribution DL models dot product embedding encoder evaluate exponential smoothing feature engineering Figure folder Forecast Bias Fourier Further reading section gradient hidden horizon household hyperparameters implementation input Kendall's Tau L2 norm lags layer LCLid LightGBM linear regression look loss function LSTM machine learning models method missing values model_config multi-step forecasting multiple N-BEATS neural networks NumPy optimization outliers output overfitting pandas parameters predict problem PyTorch Forecasting Random Forest Reference check ReLU sample seasonality self-attention Seq2Seq sequence series data series forecasting Smart Meter softmax split stack step strategy target techniques timestep training the model Transformer trend understand validation variables vector space visualize weights window zero
