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1
Introduction
2
Motivation
3
Time series basics
4
Measures of dependence
5
Stationarity
6
Secondorder stationarity
7
White noise
8
Random walk
9
Empirical Covariance
10
Effect of autocorrelation
11
Statistical tests
12
Stationarity tests
13
Removing trends
14
Causal processes
15
Normal processes
Description:
Dive into a comprehensive lecture on time series analysis with Dr. Ioannis Papastathopoulos from the University of Edinburgh. Explore fundamental concepts such as moving average, autoregressive, and ARMA models, as well as advanced topics like state-space models and recurrent neural networks. Learn about parameter estimation, likelihood-based inference, and forecasting techniques. Gain insights into time series basics, measures of dependence, stationarity, white noise, random walk, and empirical covariance. Understand the effects of autocorrelation, statistical tests for stationarity, and methods for removing trends. Delve into causal processes and normal processes, providing a solid foundation for time series analysis in various applications.

Time Series Class - Part 1 - Dr. Ioannis Papastathopoulos, University of Edinburgh

Alan Turing Institute
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