ISBN(s): 979-8-89016-358-5 | 978-1-63588-548-4 | 978-1-63588-549-1 | 979-8-89016-359-2 | 978-1-63588-550-7
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Overview
This book is written primarily for actuarial students and practitioners who wish to learn the basic fundamentals and applications of modern statistical methods using R programming. It provides data analytic tools utilizing supervised and unsupervised learning, as well as time series and simulation models.
This book covers several topics on data analysis and statistical learning prescribed by the International Actuarial Association (IAA). In particular, it has been designed to cover the learning objectives for the SOA’s Statistics for Risk Modeling (SRM) Exam. Many materials from this book also cover parts of the syllabus for the CAS Modern Actuarial Statistics (MAS-I and MAS-II) Exam. It is broadly intended for students and practitioners to learn R programming and its applications in actuarial science, finance, and quantitative risk management.
This book differs from existing books in several ways. First, it is uniquely prepared as a single source to cover traditional and modern methods of data analytics. Second, it teaches the steps of how to implement and validate models in R at an elementary level. Third, it gives students the opportunity to experience the power of applied statistics and R programming first-hand with real world problems. Finally, it provides a theoretical framework, but at the same time, uses the case study method to better connect theory and practice and bridge the gap between academia and industry.
Highlights and Details
- Textbook has a unique approach using case studies
- Twelve practical case studies demonstrate applications of topics that include generalized linear models, decision trees, principal component analysis and cluster analysis
- The case studies cover a broad spectrum of highly relevant issues in insurance practice
- The breadth of coverage provides an almost full-scale picture of statistics that is applicable in actuarial, financial and quantitative risk management contexts
- Can be used as primary textbook for SRM as well as for students and practitioners to learn R programming and its applications in actuarial science
About the Authors
Guojun Gan, PhD, FSA
Guojun is an Assistant Professor in the Department of Mathematics at the University of Connecticut, Storrs, CT, where he has been since August 2014. He received a BS degree from Jilin University, Changchun, China, in 2001 and MS and PhD degrees from York University, Toronto, Canada, in 2003 and 2007, respectively. His research interests include data mining and actuarial science. He has published several books and research papers on a variety of topics.
Emiliano A. Valdez, PhD, FSA
Emiliano is a Professor in the Department of Mathematics at the University of Connecticut, Storrs, CT, where he has been since August 2015. His academic experience includes several years of teaching and pursuing research in three different continents: North America, Australia, and Asia. Dr. Valdez has been known for his work on copula models and has been awarded several prizes that include the Edward A. Lew Award, the Halmstad Memorial Prize, and the Hachemeister Prize.