Description: This is the abstract of the paper A Space Marching Finite Difference Algorithm for Valuing American. In this paper, the author considers the problem of valuating American options written on assets that pay continuous dividends with unknown optimal exercise boundary. The numerical solution of the associated free boundary value problem is investigated. This research has been partialy supported by the actuarial faculty fund at the Ohio State University.

Description: This abstract describes a presentation that introduces new methods such as Experimental Mathematics, Genetic Algorithms, Predictive Modeling, Deterministic Chaos, Fractal Geometry, Behavioral Economics, Cellular Automata and other topics in Complexity Sciences.

Description: In this article, the author presents a case for using a Risk Return On Capital approach as a way to integrate desirable properties of the Economic Value Added approach and the Return On Risk-Adjusted Capital approach. The EVA approach has a shortcoming in that is does not reflect rating agency capital. The RORAC is computed as the ratio of expected total underwriting return to allocated risk capital, and represents the expected return for both benign and potentially consumptive usage of capital. The RROC approach measures returns after reflecting the mean rental cost of rating agency capital. Returns that are a reward for exposing capital to risk of loss are measured after reflecting the cost of carrying capital to support premium written and loss reserves.

Description: This abstract describes a paper that models an insurer’s surplus as a Geometric Brownian motion with Poisson jumps.

Description: This abstract describes a paper that develops by line of business forecasts of the relativity to the Property/Casualty industry Loss Ratio.

Description: The paper will focus on two broad areas, integration of insurance products with investment products to mitigate the risk of outliving one’s assets in post-retirement financial planning. Modeling and pricing for the longevity risk in the secondary market in insurance.

Description: This abstract describes a paper in which two different simulation studies are made for dynamic financial analysis.

Description: This is the abstract of the paper Risk Classification by Fuzzy Cluster. In this paper an algorithm for risk classification is proposed. This algorithm is based on the concepts of fuzzy cluster. We test our algorithm with two examples, the results are very promising.