Pricing Weakly Model Dependent Barrier Products
Jan Kuklinski, Panagiotis Papaioannou, Kevin Tyloo

TL;DR
This paper develops an almost model-independent pricing method for Bonus Certificates and Barrier Reverse-Convertible Structured Products with American barriers, reducing reliance on complex stochastic modeling by focusing on a key asymmetry parameter.
Contribution
It introduces a simplified pricing approach that minimizes stochastic model dependence for American barrier products, relying mainly on a single stochastic parameter.
Findings
Pricing accuracy within ±2/3 without stochastic models
Weak dependence of price on stochastic model details
Effective interpolation of market option prices for European barriers
Abstract
We discuss the pricing methodology for Bonus Certificates and Barrier Reverse-Convertible Structured Products. Pricing for a European barrier condition is straightforward for products of both types and depends on an efficient interpolation of observed market option pricing. Pricing products We discuss the pricing methodology for Bonus Certificates and Barrier Reverse-Convertible Structured Products. Pricing for a European barrier condition is straightforward for products of both types and depends on an efficient interpolation of observed market option pricing. Pricing products with an American barrier condition requires stochastic modelling. We show that for typical market parameters, this stochastic pricing problem can be systematically reduced to evaluating only one fairly simple stochastic parameter being the asymmetry of hitting the barrier. Eventually, pricing Bonus Certificates…
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Taxonomy
TopicsStochastic processes and financial applications
