Presented By: Department of Mathematics
Financial/Actuarial Mathematics
Affine processes and non-linear (partial) differntial equations
Affine processes have been used extensively to model financial
phenomena since their marginal distributions are very tractable from
an analytic point of view (up to the solution of a non-linear
differential equation). It is well known by works of
Dynkin-McKean-LeJan-Sznitman that one can turn this point of view
around and represent solutions of non-linear PDEs by affine
processes. Recent advances in mathematical Finance in this direction
have been contributed by Henry-Labordere, Tan and Touzi. We shall
provide some general theory in this direction from the affine point of
view and introduce stochastic representation of fully non-linear
PDEs.
(Joint work with Georg Grafendorfer and Christa Cuchiero)
Speaker(s): Josef Teichmann (ETH)
phenomena since their marginal distributions are very tractable from
an analytic point of view (up to the solution of a non-linear
differential equation). It is well known by works of
Dynkin-McKean-LeJan-Sznitman that one can turn this point of view
around and represent solutions of non-linear PDEs by affine
processes. Recent advances in mathematical Finance in this direction
have been contributed by Henry-Labordere, Tan and Touzi. We shall
provide some general theory in this direction from the affine point of
view and introduce stochastic representation of fully non-linear
PDEs.
(Joint work with Georg Grafendorfer and Christa Cuchiero)
Speaker(s): Josef Teichmann (ETH)
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