This book introduces techniques developed in physics and physiology for characterizing and analyzing patterns in time series data to a broad audience of social scientists. The authors illustrate concepts and techniques with relevant social science examples at different temporal scales: biweekly polling data on federal elections in Germany; daily values of three stock market indices; daily cases of SarsCov-19 in four countries during the pandemic; and second-by-second vocalizations of mothers and infants interacting recorded by motion cameras.
This book introduces techniques developed in physics and physiology for characterizing and analyzing patterns in time series data to a broad audience of social scientists. The authors illustrate concepts and techniques with relevant social science examples at different temporal scales: biweekly polling data on federal elections in Germany; daily values of three stock market indices; daily cases of SarsCov-19 in four countries during the pandemic; and second-by-second vocalizations of mothers and infants interacting recorded by motion cameras.
Sebastian Wallot obtained his diploma in psychology from the University of Trier (Germany) and his PhD in experimental psychology from the University of Cincinnati, OH (USA). After postdoctoral positions at the University of Aarhus (Denmark) and the Max Planck Institute for Empirical Aesthetics in Frankfurt at the Main (Germany), he is currently working as Professor for research methods in psychology at Leuphana University of Lüneburg (Germany). His research if focused on joint action and reading from a dynamic systems perspective. Moreover, he is developing new analysis tools for time series - particularly in the area of recurrence and fractal analysis.
Inhaltsangabe
Series Editor Introduction Acknowledgments About the Authors Acronyms and Notation Chapter 1: What is Recurrence Analysis? The Recurrence Plot Deriving Recurrence Measures Advantages and Limitations of Recurrence Analysis Chapter 2: The Basics of Recurrence Analysis-Univariate RQA Parameter Estimation The Delay Parameter t The Embedding Parameter m The Radius Parameter e Further Parameters Summarizing RQA Outputs Chapter 3: The Bi-Variate Case: Cross-Recurrence Quantification Analysis Introduction to CRQA Standardization Alignment The Cross-Recurrence Plot (CRP) Using CRQA With Continuous Data: Stock Market Fluctuations Using CRQA With Categorical Data Chapter 4: The Diagonal-Wise Cross-Recurrence Profile (DCRP) Diagonal-Wise Cross Recurrence Profiles (DCRP) Building a Baseline by Means of Shuffling Chapter 5: Windowed Recurrence Analysis Introduction to Univariate Windowed Recurrence Analysis Windowed Cross-Recurrence Analysis Using Windowed Recurrence Analysis for Continuous Monitoring Chapter 6: Multivariate Analysis: Multidimensional Recurrence Quantification Analysis (MdRQA) Introduction to MdRQA Multidimensional Cross-Recurrence Quantification Analysis (MdCRQA) An Example Using Multidimensional RQA on Political Polling Data Chapter 7: Sample Analysis and Practicalities Calculating General Parameters Time Series Length Computing Confidence Bounds Via Boot-Strapping Parameter Exploration Surrogate Analysis Dealing With Multiple Recurrence-Measures Chapter 8: Conclusion Further Applications Finding Software A Final Note References Index
Series Editor Introduction Acknowledgments About the Authors Acronyms and Notation Chapter 1: What is Recurrence Analysis? The Recurrence Plot Deriving Recurrence Measures Advantages and Limitations of Recurrence Analysis Chapter 2: The Basics of Recurrence Analysis-Univariate RQA Parameter Estimation The Delay Parameter t The Embedding Parameter m The Radius Parameter e Further Parameters Summarizing RQA Outputs Chapter 3: The Bi-Variate Case: Cross-Recurrence Quantification Analysis Introduction to CRQA Standardization Alignment The Cross-Recurrence Plot (CRP) Using CRQA With Continuous Data: Stock Market Fluctuations Using CRQA With Categorical Data Chapter 4: The Diagonal-Wise Cross-Recurrence Profile (DCRP) Diagonal-Wise Cross Recurrence Profiles (DCRP) Building a Baseline by Means of Shuffling Chapter 5: Windowed Recurrence Analysis Introduction to Univariate Windowed Recurrence Analysis Windowed Cross-Recurrence Analysis Using Windowed Recurrence Analysis for Continuous Monitoring Chapter 6: Multivariate Analysis: Multidimensional Recurrence Quantification Analysis (MdRQA) Introduction to MdRQA Multidimensional Cross-Recurrence Quantification Analysis (MdCRQA) An Example Using Multidimensional RQA on Political Polling Data Chapter 7: Sample Analysis and Practicalities Calculating General Parameters Time Series Length Computing Confidence Bounds Via Boot-Strapping Parameter Exploration Surrogate Analysis Dealing With Multiple Recurrence-Measures Chapter 8: Conclusion Further Applications Finding Software A Final Note References Index
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