Reinsurance Decision Making and Expected Utility
Utility theory is developed and applied in this article as a choice criterion for decisions concerning which types and extents of reinsurances are most appropriate for an insurer. Using an undimensional utility function, reinsurance options are evaluated by calculating an upper bound premium (i.e.,...
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1983
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sg-smu-ink.lkcsb_research-49292016-04-09T08:39:35Z Reinsurance Decision Making and Expected Utility SAMSON, Danny Thomas, Howard Utility theory is developed and applied in this article as a choice criterion for decisions concerning which types and extents of reinsurances are most appropriate for an insurer. Using an undimensional utility function, reinsurance options are evaluated by calculating an upper bound premium (i.e., the maximum that the insurer should consider paying for a particular reinsurance agreement), which can be compared with market rates. Comparisons between reinsurance options can thus be accurately made as a function of the probability density function of the original loss, the modifications made by various ceding agreements, and the risk attitude of the insurer. 1983-06-01T07:00:00Z text https://ink.library.smu.edu.sg/lkcsb_research/3930 info:doi/10.2307/252352 https://www.jstor.org/stable/252352 Research Collection Lee Kong Chian School Of Business eng Institutional Knowledge at Singapore Management University Insurance utility theory Business Insurance Management Sciences and Quantitative Methods |
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Insurance utility theory Business Insurance Management Sciences and Quantitative Methods SAMSON, Danny Thomas, Howard Reinsurance Decision Making and Expected Utility |
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Utility theory is developed and applied in this article as a choice criterion for decisions concerning which types and extents of reinsurances are most appropriate for an insurer. Using an undimensional utility function, reinsurance options are evaluated by calculating an upper bound premium (i.e., the maximum that the insurer should consider paying for a particular reinsurance agreement), which can be compared with market rates. Comparisons between reinsurance options can thus be accurately made as a function of the probability density function of the original loss, the modifications made by various ceding agreements, and the risk attitude of the insurer. |
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SAMSON, Danny Thomas, Howard |
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SAMSON, Danny Thomas, Howard |
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SAMSON, Danny |
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Reinsurance Decision Making and Expected Utility |
title_short |
Reinsurance Decision Making and Expected Utility |
title_full |
Reinsurance Decision Making and Expected Utility |
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Reinsurance Decision Making and Expected Utility |
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Reinsurance Decision Making and Expected Utility |
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reinsurance decision making and expected utility |
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Institutional Knowledge at Singapore Management University |
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1983 |
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https://ink.library.smu.edu.sg/lkcsb_research/3930 https://www.jstor.org/stable/252352 |
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