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An algorithm for calculating the set of superhedging portfolios in markets with transaction costs

Authors
  • Löhne, Andreas
  • Rudloff, Birgit
Type
Published Article
Publication Date
Dec 21, 2013
Submission Date
Jul 28, 2011
Identifiers
arXiv ID: 1107.5720
Source
arXiv
License
Yellow
External links

Abstract

We study the explicit calculation of the set of superhedging portfolios of contingent claims in a discrete-time market model for d assets with proportional transaction costs. The set of superhedging portfolios can be obtained by a recursive construction involving set operations, going backward in the event tree. We reformulate the problem as a sequence of linear vector optimization problems and solve it by adapting known algorithms. The corresponding superhedging strategy can be obtained going forward in the tree. Examples are given involving multiple correlated assets and basket options. Furthermore, we relate existing algorithms for the calculation of the scalar superhedging price to the set-valued algorithm by a recent duality theory for vector optimization problems. The main contribution of the paper is to establish the connection to linear vector optimization, which allows to solve numerically multi-asset superhedging problems under transaction costs.

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