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Book Overview & Buying
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Table Of Contents
Machine Learning for Time Series with Python - Second Edition
By :

https://packt.link/EarlyAccessCommunity
In Chapter 2, we learned how to prepare, visualize, and diagnose time series data. In this chapter, we turn those insights into working forecasts and a validation framework that ensures those forecasts hold up in practice. Before moving to machine learning and deep learning, we establish strong statistical baselines that every advanced model must beat.
While the allure of complex machine learning is strong, the starting point for building any professional forecasting system is a solid grasp of classical statistical models. This chapter builds robust, interpretable forecasts using three proven methods: Exponential Smoothing, ARIMA, and the Theta method. We'll compare their strengths and limitations to establish performance benchmarks that any advanced approach must exceed before earning a place in the toolkit.
Building models is only half the battle. Professional forecasting demands proof that models survive...