Life Insurance Risk Management Essentials (EAA Series)


The aim of the book is to provide an overview of risk management in life insurance companies. The focus is twofold: (1) to provide a broad view of the different topics needed for risk management and (2) to provide the necessary tools and techniques to concretely apply them in practice. Much emphasis has been put into the presentation of the book so that it presents the theory in a simple but sound manner. The first chapters deal with valuation concepts which are defined and analysed, the emphasis is on understanding the risks in corresponding assets and liabilities such as bonds, shares and also insurance liabilities. In the following chapters risk appetite and key insurance processes and their risks are presented and analysed. This more general treatment is followed by chapters describing asset risks, insurance risks and operational risks – the application of models and reporting of the corresponding risks is central. Next, the risks of insurance companies and of special insurance products are looked at. The aim is to show the intrinsic risks in some particular products and the way they can be analysed. The book finishes with emerging risks and risk management from a regulatory point of view, the standard model of Solvency II and the Swiss Solvency Test are analysed and explained. The book has several mathematical appendices which deal with the basic mathematical tools, e.g. probability theory, stochastic processes, Markov chains and a stochastic life insurance model based on Markov chains. Moreover, the appendices look at the mathematical formulation of abstract valuation concepts such as replicating portfolios, state space deflators, arbitrage free pricing and the valuation of unit linked products with guarantees. The various concepts in the book are supported by tables and figures.
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Health Impact Assessment: Concepts, Theory, Techniques and Applications (Oxford Medical Publications)


Health effects are often overlooked when planning development projects ranging from new runways at major airport sites to developing water supply systems to improve sanitation. Health Impact Assessment (HIA) is the assessment of the health effects, positive or negative, of a project, programme, or policy. It is therefore concerned with the health of populations and attempts to predict the future consequences for health of decisions which have not yet been implemented. HIA is a new and growing field with numerous schools of thought and areas of controversy.
This book is the first to give a comprehensive overview of the concepts, theory, techniques and applications of HIA to aid all those preparing projects or carrying out assessments. It draws on examples and thinking from many different disciplines and many parts of the world. It identifies the areas of agreement and the questions remaining unanswered. It maps a confused field and signposts possible directions for future progress.
Health Impact assessment is intended to help decision makers in all areas forsee the consequences of their decisions, to ensure the consequences are considered and reduce risk of population health being damaged through some indirect and unintended consequence of a decision.
This book is a practical handbook for those preparing the assessments be they epidemiologists, environmentalists, health economists or public health specialists as well as serving as a conceptual guide for policy makers, decision makers and planners at national and international levels. This book will serve both as a reference for the established HIA practitioner and as an introduction for the novice.
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Advances in Data Analysis: Theory and Applications to Reliability and Inference, Data Mining, Bioinformatics, Lifetime Data, and Neural Networks (Statistics for Industry and Technology)


This unified volume is a collection of invited chapters presenting recent developments in the field of data analysis, with applications to reliability and inference, data mining, bioinformatics, lifetime data, and neural networks. The book is a useful reference for graduate students, researchers, and practitioners in statistics, mathematics, engineering, economics, social science, bioengineering, and bioscience.


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Lundberg Approximations for Compund Distributions With Insurance Applications


This monograph discusses Lundberg approximations for compound distributions with special emphasis on applications in insurance risk modeling. These distributions are somewhat awkward from an analytic standpoint, but play a central role in insurance and other areas of applied probability modeling such as queueing theory. Consequently, the material is of interest to researchers and graduate students interested in these areas. The material is self-contained, but an introductory course in insurance risk theory is beneficial to prospective readers. Lundberg asymptotics and bounds have a long history in connection with ruin probabilities and waiting time distributions in queueing theory, and have more recently been extended to compound distributions. This connection has its roots in the compound geometric representation of the ruin probabilities and waiting time distributions. A systematic treatment of these approximations is provided, drawing heavily on monotonicity ideas from reliability theory. The results are then applied to the solution of defective renewal equations, analysis of the time and severity of insurance ruin, and renewal risk models, which may also be viewed in terms of the equilibrium waiting time distribution in the G/G/1 queue. Many known results are derived and extended so that much of the material has not appeared elsewhere in the literature. A unique feature involves the use of elementary analytic techniques which require only undergraduate mathematics as a prerequisite. New proofs of many results are given, and an extensive bibliography is provided. Gordon Willmot is Professor of Statistics and Actuarial Science at the University of Waterloo. His research interests are in insurance risk and queueing theory. He is an associate editor of the North American Actuarial Journal.
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Rural Health and Aging Research: Theory, Methods and Practical Applications (Society and Aging Series)

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Lundberg Approximations for Compound Distributions with Insurance Applications (Lecture Notes in Statistics)

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