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13
Large Deviations of Heavy-Tailed Random Sums With Applications in Insurance and Finance
, 1997
"... We prove large deviation results for the random sum S(t) = N(t) X i=1 X i ; t 0 ; where (N(t)) t0 are non-negative integer-valued random variables and (X n ) n2IN are iid non-negative random variables with common distribution function F , independent of (N(t)) t0 . Special attention is paid to ..."
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Cited by 33 (2 self)
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We prove large deviation results for the random sum S(t) = N(t) X i=1 X i ; t 0 ; where (N(t)) t0 are non-negative integer-valued random variables and (X n ) n2IN are iid non-negative random variables with common distribution function F , independent of (N(t)) t0 . Special attention is paid to the compound Poisson process and its ramifications. The right tail of the distribution function F is supposed to be of Pareto type (regularly or extended regularly varying). The large deviation results are applied to certain problems in insurance and finance which are related to large claims.
Pricing Excess-of-loss Reinsurance Contracts Against Catastrophic Loss
, 1998
"... : This paper develops a pricing methodology and pricing estimates for the proposed Federal excess-of- loss (XOL) catastrophe reinsurance contracts. The contracts, proposed by the Clinton Administration, would provide per-occurrence excess-of-loss reinsurance coverage to private insurers and reinsure ..."
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Cited by 20 (1 self)
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: This paper develops a pricing methodology and pricing estimates for the proposed Federal excess-of- loss (XOL) catastrophe reinsurance contracts. The contracts, proposed by the Clinton Administration, would provide per-occurrence excess-of-loss reinsurance coverage to private insurers and reinsurers, where both the coverage layer and the fixed payout of the contract are based on insurance industry losses, not company losses. In financial terms, the Federal government would be selling earthquake and hurricane catastrophe call options to the insurance industry to cover catastrophic losses in a loss layer above that currently available in the private reinsurance market. The contracts would be sold annually at auction, with a reservation price designed to avoid a government subsidy and ensure that the program would be self supporting in expected value. If a loss were to occur that resulted in payouts in excess of the premiums collected under the policies, the Federal government would use...
Basis Risk with PCS Catastrophe Insurance Derivative Contracts
- Journal of Risk and Insurance
, 1999
"... This study provides evidence of the potential hedging effectiveness of insurance derivatives based on regional estimates of catastrophe losses. We estimate the percentage of insurers ’ by line and state underwriting risk that could have been eliminated over the 1974 through 1994 period if they had h ..."
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Cited by 15 (1 self)
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This study provides evidence of the potential hedging effectiveness of insurance derivatives based on regional estimates of catastrophe losses. We estimate the percentage of insurers ’ by line and state underwriting risk that could have been eliminated over the 1974 through 1994 period if they had hedged using state-specific catastrophe derivatives based on Property Claims Service (PCS) reported losses. The results indicate that state-specific PCS catastrophe derivatives would have provided effective hedges for many insurers, especially those selling homeowners insurance. These findings suggest that basis risk is not likely to be a significant problem with state-specific catastrophe derivative contracts. We also compare the hedging effectiveness of state-specific catastrophe contracts to regional catastrophe contracts and to state-specific contracts based on by-line loss ratios.
Pricing catastrophe insurance products based on actually reported claims
, 1998
"... Abstract This paper deals with the problem of pricing a financial product relying on an index of reported claims from catastrophe insurance. The problem of pricing such products is that, at a fixed time in the trading period, the total claim amount from the catastrophes occurred is not known. There ..."
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Cited by 10 (1 self)
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Abstract This paper deals with the problem of pricing a financial product relying on an index of reported claims from catastrophe insurance. The problem of pricing such products is that, at a fixed time in the trading period, the total claim amount from the catastrophes occurred is not known. Therefore, one has to price these products solely from knowing the aggregate amount of the reported claims at the fixed time point. This paper will propose a way to handle this problem, and will thereby extend the existing pricing models for products of this kind.
Pricing Insurance Derivatives, the Case of CAT-Futures
- Risk, George State University Atlanta, Society of Actuaries, Monograph
, 1997
"... Since their appearance on the market, catastrophe insurance futures have triggered a considerable interest from both practitioners as well as academics. As one example of a securitized (re)insurance risk, its pricing and hedging contains many of the key problems to be addressed in the analysis of mo ..."
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Cited by 8 (1 self)
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Since their appearance on the market, catastrophe insurance futures have triggered a considerable interest from both practitioners as well as academics. As one example of a securitized (re)insurance risk, its pricing and hedging contains many of the key problems to be addressed in the analysis of more general insurance de-rivatives. In the present paper we review the main methodological questions underlying the theoretical pricing of such products. We discuss utility maximi-zation pricing more in detail. A key methodological feature is the theory of incomplete markets. Our paper follows closely the exposition given in Meister (1995). Catastrophe Insurance Futures
The integral option in a model with jumps
- STATISTICS AND PROBABILITY LETTERS 76(16) (2623–2631)
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Actuarially Consistent Valuation in an Integrated Market
"... Abstract A market is presented in which insurance related risk is traded through both insurance and financial contracts. The coexistence of these contracts leads to a new price selection criterion. Financial prices need to be actuarially consistent with insurance premiums in addition to the exclusi ..."
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Abstract A market is presented in which insurance related risk is traded through both insurance and financial contracts. The coexistence of these contracts leads to a new price selection criterion. Financial prices need to be actuarially consistent with insurance premiums in addition to the exclusion of arbitrage opportunities in the market. Even though this additional restriction on price dynamics does not imply unique price determination, a representation of actuarially consistent prices is deduced. In this representation, the common underlying stochastic structure is separated from the contract's specification by applying Fourier analysis and a link is established between financial prices and insurance premiums. This connection is examined in more detail for commonly used premium calculation principles. JEL Classification: G12, G13
Pricing Excess-of-Loss Reinsurance Contracts against Catastrophic Loss
, 1998
"... This paper develops a pricing methodology and pricing estimates for the proposed Federal excessof -loss (XOL) catastrophe reinsurance contracts. The contracts, proposed by the Clinton Administration, would provide per-occurrence excess-of-loss reinsurance coverage to private insurers and reinsurers, ..."
Abstract
- Add to MetaCart
This paper develops a pricing methodology and pricing estimates for the proposed Federal excessof -loss (XOL) catastrophe reinsurance contracts. The contracts, proposed by the Clinton Administration, would provide per-occurrence excess-of-loss reinsurance coverage to private insurers and reinsurers, where both the coverage layer and the fixed payout of the contract are based on insurance industry losses, not company losses. In financial terms, the Federal government would be selling earthquake and hurricane catastrophe call options to the insurance industry to cover catastrophic losses in a loss layer above that currently available in the private reinsurance market. The contracts would be sold annually at auction, with a reservation price designed to avoid a government subsidy and ensure that the program would be self supporting in expected value. If a loss were to occur that resulted in payouts in excess of the premiums collected under the policies, the Federal government would use it...
Financial Markets Group
, 2000
"... We investigate the valuation of catastrophe insurance derivatives that are traded at the Chicago Board of Trade. By modeling the underlying index as a compound Poisson process we give a representation of no-arbitrage price processes using Fourier analysis. This characterization enables us to derive ..."
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We investigate the valuation of catastrophe insurance derivatives that are traded at the Chicago Board of Trade. By modeling the underlying index as a compound Poisson process we give a representation of no-arbitrage price processes using Fourier analysis. This characterization enables us to derive the inverse Fourier transform of prices in closed form for every fixed equivalent martingale measure. It is shown that the set of equivalent measures, the set of no-arbitrage prices, and the market prices of frequency and jump size risk are in one-to-one connection. Following a representative agent approach we determine the unique equivalent martingale under which prices in the insurance market are calculated. 1
Financial Institutions Center Pricing Excess-of-loss Reinsurance Contracts Against Catastrophic Loss
, 1997
"... the problems and opportunities facing the financial services industry in its search for competitive excellence. The Center's research focuses on the issues related to managing risk at the firm level as well as ways to improve productivity and performance. The Center fosters the development of a ..."
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the problems and opportunities facing the financial services industry in its search for competitive excellence. The Center's research focuses on the issues related to managing risk at the firm level as well as ways to improve productivity and performance. The Center fosters the development of a community of faculty, visiting scholars and Ph.D. candidates whose research interests complement and support the mission of the Center. The Center works closely with industry executives and practitioners to ensure that its research is informed by the operating realities and competitive demands facing industry participants as they pursue competitive excellence. Copies of the working papers summarized here are available from the Center. If you would like to learn more about the Center or become a member of our research community, please let us know of your interest.